1 Life Cycle Dynamic Programming under Unemployment Shock
This is the example vignette for function: snw_vfi_main_bisec_vec from the PrjOptiSNW Package. This function solves for policy function using Exact Vectorized Solution. Dense Solution Analysis. Unemployment Shock. The file focuses on the change in value function, asset choice, and consumption choice given a one period unemployment shock (that does not reappear in the future again).
1.1 Test SNW_VFI_UNEMP Defaults Dense
Solve the Regular Value and Also the Unemployment Value.
First, solve for value without unemployment issue (use the vectorized code that was previously tested):
mp_params = snw_mp_param('default_docdense');
mp_controls = snw_mp_control('default_test');
[V_VFI_ss,ap_VFI_ss,cons_VFI_ss,mp_valpol_more_ss] = ...
snw_vfi_main_bisec_vec(mp_params, mp_controls);
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:83 of 82, time-this-age:1.8205
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:82 of 82, time-this-age:3.1788
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:81 of 82, time-this-age:3.0847
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:80 of 82, time-this-age:3.0421
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:79 of 82, time-this-age:3.0229
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:78 of 82, time-this-age:3.075
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:77 of 82, time-this-age:3.0089
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:76 of 82, time-this-age:3.0223
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:75 of 82, time-this-age:3.0628
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:74 of 82, time-this-age:2.9162
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:73 of 82, time-this-age:2.8128
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:72 of 82, time-this-age:2.8287
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:71 of 82, time-this-age:2.8302
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:70 of 82, time-this-age:2.8056
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:69 of 82, time-this-age:2.7875
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:68 of 82, time-this-age:2.9285
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:67 of 82, time-this-age:2.9005
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:66 of 82, time-this-age:2.8196
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:65 of 82, time-this-age:2.791
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:64 of 82, time-this-age:2.8039
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:63 of 82, time-this-age:2.7649
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:62 of 82, time-this-age:2.8592
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:61 of 82, time-this-age:2.7595
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:60 of 82, time-this-age:2.7984
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:59 of 82, time-this-age:2.8238
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:58 of 82, time-this-age:2.8372
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:57 of 82, time-this-age:2.847
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:56 of 82, time-this-age:2.8287
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:55 of 82, time-this-age:2.8489
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:54 of 82, time-this-age:2.8663
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:53 of 82, time-this-age:2.8091
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:52 of 82, time-this-age:2.8397
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:51 of 82, time-this-age:2.8433
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:50 of 82, time-this-age:2.8445
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:49 of 82, time-this-age:2.7143
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:48 of 82, time-this-age:2.6729
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:47 of 82, time-this-age:2.9111
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:46 of 82, time-this-age:2.8268
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:45 of 82, time-this-age:2.8303
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:44 of 82, time-this-age:2.8012
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:43 of 82, time-this-age:2.7892
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:42 of 82, time-this-age:2.8242
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:41 of 82, time-this-age:2.9846
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:40 of 82, time-this-age:2.8347
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:39 of 82, time-this-age:2.8005
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:38 of 82, time-this-age:2.7936
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:37 of 82, time-this-age:2.8617
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:36 of 82, time-this-age:2.8021
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:35 of 82, time-this-age:2.821
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:34 of 82, time-this-age:2.8082
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:33 of 82, time-this-age:2.7967
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:32 of 82, time-this-age:2.8976
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:31 of 82, time-this-age:2.8975
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:30 of 82, time-this-age:3.0965
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:29 of 82, time-this-age:3.169
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:28 of 82, time-this-age:3.148
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:27 of 82, time-this-age:3.1235
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:26 of 82, time-this-age:3.1654
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:25 of 82, time-this-age:3.0846
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:24 of 82, time-this-age:3.2605
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:23 of 82, time-this-age:2.8673
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:22 of 82, time-this-age:2.8366
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:21 of 82, time-this-age:2.9026
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:20 of 82, time-this-age:2.8865
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:19 of 82, time-this-age:2.8479
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:18 of 82, time-this-age:2.8406
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:17 of 82, time-this-age:2.9797
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:16 of 82, time-this-age:3.2286
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:15 of 82, time-this-age:3.0905
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:14 of 82, time-this-age:2.9062
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:13 of 82, time-this-age:2.8862
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:12 of 82, time-this-age:2.948
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:11 of 82, time-this-age:2.9553
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:10 of 82, time-this-age:2.9076
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:9 of 82, time-this-age:2.9098
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:8 of 82, time-this-age:2.8502
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:7 of 82, time-this-age:2.8649
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:6 of 82, time-this-age:2.8968
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:5 of 82, time-this-age:2.8606
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:4 of 82, time-this-age:2.835
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:3 of 82, time-this-age:2.8988
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:2 of 82, time-this-age:2.8594
SNW_VFI_MAIN_BISEC_VEC: Finished Age Group:1 of 82, time-this-age:2.867
Completed SNW_VFI_MAIN_BISEC_VEC;SNW_MP_PARAM=default_docdense;SNW_MP_CONTROL=default_test;time=240.5285
----------------------------------------
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CONTAINER NAME: mp_outcomes ND Array (Matrix etc)
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
i idx ndim numel rowN colN sum mean std coefvari min max
_ ___ ____ ________ ____ _________ ___________ _______ ______ ________ ________ ______
V_VFI 1 1 6 4.37e+07 83 5.265e+05 -1.5339e+08 -3.5101 26.119 -7.441 -586.22 24.63
ap_VFI 2 2 6 4.37e+07 83 5.265e+05 1.4159e+09 32.402 36.798 1.1357 0 163.7
cons_VFI 3 3 6 4.37e+07 83 5.265e+05 2.1402e+08 4.8975 8.3294 1.7007 0.036717 141.66
xxx TABLE:V_VFI xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4 c5 c526496 c526497 c526498 c526499 c526500
_______ _______ _______ _______ _______ _______ _______ _______ _______ _______
r1 -346.51 -346.12 -343.63 -337.86 -328.51 21.702 21.852 22.003 22.154 22.309
r2 -334.38 -333.99 -331.51 -325.83 -316.83 21.724 21.869 22.015 22.163 22.314
r3 -322.45 -322.06 -319.6 -314.14 -305.6 21.745 21.885 22.027 22.171 22.319
r4 -310.63 -310.27 -307.99 -302.88 -294.87 21.767 21.903 22.041 22.182 22.327
r5 -299.94 -299.6 -297.46 -292.67 -285.12 21.775 21.907 22.042 22.18 22.323
r79 -9.9437 -9.9325 -9.8557 -9.6597 -9.3232 2.5394 2.5501 2.5602 2.5696 2.5784
r80 -8.9023 -8.8911 -8.8143 -8.6183 -8.2818 2.3039 2.3121 2.3198 2.327 2.3338
r81 -7.6363 -7.6251 -7.5484 -7.3524 -7.0159 2.0068 2.0124 2.0176 2.0226 2.0273
r82 -5.9673 -5.9561 -5.8793 -5.6833 -5.3468 1.5958 1.5989 1.6018 1.6046 1.6072
r83 -3.5892 -3.578 -3.5012 -3.3052 -2.9687 0.97904 0.98004 0.98097 0.98185 0.98267
xxx TABLE:ap_VFI xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4 c5 c526496 c526497 c526498 c526499 c526500
__ __ __________ _________ ________ _______ _______ _______ _______ _______
r1 0 0 0.0005656 0.0075134 0.022901 114.75 120.41 126.27 132.38 138.8
r2 0 0 0.00051498 0.0065334 0.021549 114.86 120.53 126.41 132.54 138.95
r3 0 0 0.00051498 0.0049294 0.019875 114.97 120.65 126.56 132.7 139.12
r4 0 0 0.00051498 0.0047937 0.019672 115.73 121.42 127.34 133.51 139.92
r5 0 0 0.00048517 0.0046683 0.019484 116.5 122.21 128.15 134.32 140.74
r79 0 0 0 0 0 81.091 85.68 90.335 94.378 98.419
r80 0 0 0 0 0 76.669 80.563 84.304 88.04 91.693
r81 0 0 0 0 0 68.313 71.534 74.475 77.832 81.11
r82 0 0 0 0 0 50.126 53.467 56.953 58.745 60.587
r83 0 0 0 0 0 0 0 0 0 0
xxx TABLE:cons_VFI xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4 c5 c526496 c526497 c526498 c526499 c526500
________ ________ ________ ________ ________ _______ _______ _______ _______ _______
r1 0.036717 0.037251 0.040426 0.04363 0.048012 9.6491 9.817 9.9649 10.073 10.073
r2 0.036717 0.037251 0.040477 0.04461 0.049364 9.8118 9.9685 10.101 10.191 10.191
r3 0.036717 0.037251 0.040477 0.046214 0.051039 9.9779 10.12 10.234 10.302 10.302
r4 0.038144 0.038678 0.041903 0.047776 0.052666 10.131 10.258 10.354 10.405 10.405
r5 0.039534 0.040068 0.043323 0.04929 0.054241 10.272 10.384 10.463 10.5 10.5
r79 0.2179 0.21844 0.22216 0.23228 0.25197 35.858 37.092 38.455 40.627 43.001
r80 0.2179 0.21844 0.22216 0.23228 0.25197 40.253 42.183 44.459 46.938 49.7
r81 0.2179 0.21844 0.22216 0.23228 0.25197 48.587 51.19 54.266 57.123 60.261
r82 0.2179 0.21844 0.22216 0.23228 0.25197 66.755 69.238 71.77 76.192 80.765
r83 0.2179 0.21844 0.22216 0.23228 0.25197 116.87 122.69 128.71 134.92 141.34 Second, solve for the unemployment value, use the exact-bisec result code, call the snw_vfi_main_bisec_vec.m function with a third input of existing value:
mp_params('xi') = 0.5;
mp_params('b') = 0;
[V_VFI_unemp,ap_VFI_unemp,cons_VFI_unemp,mp_valpol_more_unemp] = ...
snw_vfi_main_bisec_vec(mp_params, mp_controls, V_VFI_ss);
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 1 of 82, time-this-age:2.8563
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 2 of 82, time-this-age:3.0648
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 3 of 82, time-this-age:2.7929
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 4 of 82, time-this-age:2.8051
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 5 of 82, time-this-age:2.8264
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 6 of 82, time-this-age:2.836
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 7 of 82, time-this-age:2.8277
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 8 of 82, time-this-age:2.7941
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 9 of 82, time-this-age:2.8232
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 10 of 82, time-this-age:2.7723
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 11 of 82, time-this-age:2.8291
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 12 of 82, time-this-age:2.7968
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 13 of 82, time-this-age:2.848
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 14 of 82, time-this-age:2.8093
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 15 of 82, time-this-age:2.8312
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 16 of 82, time-this-age:2.8063
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 17 of 82, time-this-age:2.8041
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 18 of 82, time-this-age:2.8034
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 19 of 82, time-this-age:2.796
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 20 of 82, time-this-age:2.8926
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 21 of 82, time-this-age:3.4005
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 22 of 82, time-this-age:3.0663
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 23 of 82, time-this-age:2.839
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 24 of 82, time-this-age:3.0613
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 25 of 82, time-this-age:3.1482
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 26 of 82, time-this-age:2.9432
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 27 of 82, time-this-age:2.964
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 28 of 82, time-this-age:2.9991
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 29 of 82, time-this-age:2.7389
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 30 of 82, time-this-age:2.8259
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 31 of 82, time-this-age:2.7929
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 32 of 82, time-this-age:2.7872
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 33 of 82, time-this-age:2.8341
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 34 of 82, time-this-age:2.9876
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 35 of 82, time-this-age:3.0836
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 36 of 82, time-this-age:2.7955
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 37 of 82, time-this-age:2.9634
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 38 of 82, time-this-age:2.7022
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 39 of 82, time-this-age:2.6388
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 40 of 82, time-this-age:2.6754
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 41 of 82, time-this-age:2.6157
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 42 of 82, time-this-age:2.7739
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 43 of 82, time-this-age:3.0513
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 44 of 82, time-this-age:2.6043
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 45 of 82, time-this-age:2.6203
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 46 of 82, time-this-age:2.9099
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 47 of 82, time-this-age:2.8328
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 48 of 82, time-this-age:2.5949
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 49 of 82, time-this-age:2.5623
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 50 of 82, time-this-age:2.4733
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 51 of 82, time-this-age:2.4966
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 52 of 82, time-this-age:2.4712
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 53 of 82, time-this-age:2.5194
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 54 of 82, time-this-age:2.5973
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 55 of 82, time-this-age:2.6167
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 56 of 82, time-this-age:2.8954
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 57 of 82, time-this-age:2.6303
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 58 of 82, time-this-age:2.5062
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 59 of 82, time-this-age:2.8318
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 60 of 82, time-this-age:3.1076
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 61 of 82, time-this-age:2.4185
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 62 of 82, time-this-age:2.5062
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 63 of 82, time-this-age:3.0883
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 64 of 82, time-this-age:2.715
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 65 of 82, time-this-age:2.5774
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 66 of 82, time-this-age:2.6634
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 67 of 82, time-this-age:2.4816
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 68 of 82, time-this-age:2.4953
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 69 of 82, time-this-age:2.7169
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 70 of 82, time-this-age:2.5446
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 71 of 82, time-this-age:2.6734
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 72 of 82, time-this-age:2.5802
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 73 of 82, time-this-age:2.5602
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 74 of 82, time-this-age:2.5524
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 75 of 82, time-this-age:2.5331
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 76 of 82, time-this-age:2.5831
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 77 of 82, time-this-age:2.5422
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 78 of 82, time-this-age:2.5236
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 79 of 82, time-this-age:2.5017
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 80 of 82, time-this-age:2.4577
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 81 of 82, time-this-age:2.7372
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 82 of 82, time-this-age:2.71
SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock: Age 83 of 82, time-this-age:1.6049
Completed SNW_VFI_MAIN_BISEC_VEC 1 Period Unemp Shock;SNW_MP_PARAM=default_docdense;SNW_MP_CONTROL=default_test;time=227.9458
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CONTAINER NAME: mp_outcomes ND Array (Matrix etc)
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
i idx ndim numel rowN colN sum mean std coefvari min max
_ ___ ____ ________ ____ _________ ___________ _______ ______ ________ ________ ______
V_VFI 1 1 6 4.37e+07 83 5.265e+05 -1.7805e+08 -4.0743 27.116 -6.6554 -645.39 24.573
ap_VFI 2 2 6 4.37e+07 83 5.265e+05 1.3789e+09 31.553 36.673 1.1622 0 146.83
cons_VFI 3 3 6 4.37e+07 83 5.265e+05 2.1097e+08 4.8277 8.3289 1.7252 0.018623 140.5
xxx TABLE:V_VFI xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4 c5 c526496 c526497 c526498 c526499 c526500
_______ _______ _______ _______ _______ _______ _______ _______ _______ _______
r1 -372.97 -371.47 -362.94 -349.52 -336.96 21.573 21.728 21.882 22.036 22.191
r2 -360.84 -359.34 -350.81 -337.39 -324.98 21.595 21.745 21.894 22.044 22.196
r3 -348.91 -347.41 -338.88 -325.46 -313.34 21.617 21.762 21.906 22.052 22.201
r4 -336.09 -334.7 -326.73 -314.01 -302.44 21.633 21.772 21.913 22.056 22.201
r5 -324.48 -323.18 -315.72 -303.62 -292.54 21.634 21.77 21.907 22.046 22.189
r79 -9.9437 -9.9325 -9.8557 -9.6597 -9.3232 2.5374 2.5482 2.5584 2.568 2.577
r80 -8.9023 -8.8911 -8.8143 -8.6183 -8.2818 2.3024 2.3107 2.3185 2.3259 2.3328
r81 -7.6363 -7.6251 -7.5484 -7.3524 -7.0159 2.0057 2.0114 2.0168 2.0218 2.0266
r82 -5.9673 -5.9561 -5.8793 -5.6833 -5.3468 1.5952 1.5984 1.6014 1.6042 1.6068
r83 -3.5892 -3.578 -3.5012 -3.3052 -2.9687 0.97886 0.97987 0.98082 0.98171 0.98255
xxx TABLE:ap_VFI xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4 c5 c526496 c526497 c526498 c526499 c526500
__ __ __ __ _________ _______ _______ _______ _______ _______
r1 0 0 0 0 0.0092181 110.06 115.71 121.55 127.62 133.93
r2 0 0 0 0 0.008238 110.03 115.68 121.54 127.62 133.95
r3 0 0 0 0 0.0066341 109.99 115.65 121.53 127.63 133.97
r4 0 0 0 0 0.0058019 110.28 115.95 121.84 127.96 134.33
r5 0 0 0 0 0.004998 110.58 116.27 122.17 128.31 134.69
r79 0 0 0 0 0 81.091 85.229 89.297 93.341 97.382
r80 0 0 0 0 0 75.865 79.539 83.28 87.016 90.669
r81 0 0 0 0 0 67.781 70.521 73.462 76.819 81.091
r82 0 0 0 0 0 50.126 53.467 56.108 57.742 60.587
r83 0 0 0 0 0 0 0 0 0 0
xxx TABLE:cons_VFI xxxxxxxxxxxxxxxxxx
c1 c2 c3 c4 c5 c526496 c526497 c526498 c526499 c526500
________ ________ ________ ________ ________ _______ _______ _______ _______ _______
r1 0.018623 0.019158 0.022901 0.033062 0.04363 9.4708 9.6491 9.817 9.9649 10.073
r2 0.018623 0.019158 0.022901 0.033062 0.04461 9.6414 9.8118 9.9685 10.101 10.191
r3 0.018623 0.019158 0.022901 0.033062 0.046214 9.8179 9.9779 10.12 10.234 10.302
r4 0.019354 0.019888 0.023632 0.033792 0.047776 9.9825 10.131 10.258 10.354 10.405
r5 0.020066 0.020601 0.024344 0.034504 0.04929 10.135 10.272 10.384 10.463 10.5
r79 0.2179 0.21844 0.22216 0.23228 0.25197 34.82 36.506 38.455 40.627 43.001
r80 0.2179 0.21844 0.22216 0.23228 0.25197 40.033 42.183 44.459 46.938 49.7
r81 0.2179 0.21844 0.22216 0.23228 0.25197 48.106 51.19 54.266 57.123 59.267
r82 0.2179 0.21844 0.22216 0.23228 0.25197 65.751 68.234 71.611 76.192 79.762
r83 0.2179 0.21844 0.22216 0.23228 0.25197 115.87 121.69 127.71 133.93 140.34 Difference Between Value and Choices In Unemployment and Future Periods
V_VFI_unemp_drop = V_VFI_ss - V_VFI_unemp;
ap_VFI_unemp_drop = ap_VFI_ss - ap_VFI_unemp;
cons_VFI_unemp_drop = cons_VFI_ss - cons_VFI_unemp;1.2 Dense Param Results Define Frames
Define the matrix dimensions names and dimension vector values. Policy and Value Functions share the same ND dimensional structure.
% Grids:
age_grid = 18:100;
agrid = mp_params('agrid')';
eta_H_grid = mp_params('eta_H_grid')';
eta_S_grid = mp_params('eta_S_grid')';
ar_st_eta_HS_grid = string(cellstr([num2str(eta_H_grid', 'hz=%3.2f;'), num2str(eta_S_grid', 'wz=%3.2f')]));
edu_grid = [0,1];
marry_grid = [0,1];
kids_grid = (1:1:mp_params('n_kidsgrid'))';
% NaN(n_jgrid,n_agrid,n_etagrid,n_educgrid,n_marriedgrid,n_kidsgrid);
cl_mp_datasetdesc = {};
cl_mp_datasetdesc{1} = containers.Map({'name', 'labval'}, {'age', age_grid});
cl_mp_datasetdesc{2} = containers.Map({'name', 'labval'}, {'savings', agrid});
cl_mp_datasetdesc{3} = containers.Map({'name', 'labval'}, {'eta', 1:length(eta_H_grid)});
cl_mp_datasetdesc{4} = containers.Map({'name', 'labval'}, {'edu', edu_grid});
cl_mp_datasetdesc{5} = containers.Map({'name', 'labval'}, {'marry', marry_grid});
cl_mp_datasetdesc{6} = containers.Map({'name', 'labval'}, {'kids', kids_grid});1.3 Analyze Savings and Shocks
First, analyze Savings Levels and Shocks, Aggregate Over All Others, and do various other calculations.
% Generate some Data
mp_support_graph = containers.Map('KeyType', 'char', 'ValueType', 'any');
mp_support_graph('cl_st_xtitle') = {'Savings States, a'};
mp_support_graph('st_legend_loc') = 'eastoutside';
mp_support_graph('bl_graph_logy') = true; % do not log
mp_support_graph('it_legend_select') = 15; % how many shock legends to show
mp_support_graph('cl_colors') = 'jet';MEAN(VAL(A,Z) - VAL(A,Z|unemp)), MEAN(AP(A,Z) - AP(A,Z|unemp)), MEAN(C(A,Z) - C(A,Z|unemp))
Tabulate value and policies along savings and shocks:
% Set
% NaN(n_jgrid,n_agrid,n_etagrid,n_educgrid,n_marriedgrid,n_kidsgrid);
ar_permute = [1,4,5,6,3,2];
% Value Function
tb_az_v = ff_summ_nd_array("MEAN(v(A,Z) - v(A,Z|unemp))", V_VFI_unemp_drop, true, ["mean"], 4, 1, cl_mp_datasetdesc, ar_permute);
xxx MEAN(v(A,Z) - v(A,Z|unemp)) xxxxxxxxxxxxxxxxxxxxxxxxxxx
group savings mean_eta_1 mean_eta_2 mean_eta_3 mean_eta_4 mean_eta_5 mean_eta_6 mean_eta_7 mean_eta_8 mean_eta_9 mean_eta_10 mean_eta_11 mean_eta_12 mean_eta_13 mean_eta_14 mean_eta_15 mean_eta_16 mean_eta_17 mean_eta_18 mean_eta_19 mean_eta_20 mean_eta_21 mean_eta_22 mean_eta_23 mean_eta_24 mean_eta_25 mean_eta_26 mean_eta_27 mean_eta_28 mean_eta_29 mean_eta_30 mean_eta_31 mean_eta_32 mean_eta_33 mean_eta_34 mean_eta_35 mean_eta_36 mean_eta_37 mean_eta_38 mean_eta_39 mean_eta_40 mean_eta_41 mean_eta_42 mean_eta_43 mean_eta_44 mean_eta_45 mean_eta_46 mean_eta_47 mean_eta_48 mean_eta_49 mean_eta_50 mean_eta_51 mean_eta_52 mean_eta_53 mean_eta_54 mean_eta_55 mean_eta_56 mean_eta_57 mean_eta_58 mean_eta_59 mean_eta_60 mean_eta_61 mean_eta_62 mean_eta_63 mean_eta_64 mean_eta_65 mean_eta_66 mean_eta_67 mean_eta_68 mean_eta_69 mean_eta_70 mean_eta_71 mean_eta_72 mean_eta_73 mean_eta_74 mean_eta_75 mean_eta_76 mean_eta_77 mean_eta_78 mean_eta_79 mean_eta_80 mean_eta_81 mean_eta_82 mean_eta_83 mean_eta_84 mean_eta_85 mean_eta_86 mean_eta_87 mean_eta_88 mean_eta_89 mean_eta_90 mean_eta_91 mean_eta_92 mean_eta_93 mean_eta_94 mean_eta_95 mean_eta_96 mean_eta_97 mean_eta_98 mean_eta_99 mean_eta_100 mean_eta_101 mean_eta_102 mean_eta_103 mean_eta_104 mean_eta_105 mean_eta_106 mean_eta_107 mean_eta_108 mean_eta_109 mean_eta_110 mean_eta_111 mean_eta_112 mean_eta_113 mean_eta_114 mean_eta_115 mean_eta_116 mean_eta_117 mean_eta_118 mean_eta_119 mean_eta_120 mean_eta_121 mean_eta_122 mean_eta_123 mean_eta_124 mean_eta_125 mean_eta_126 mean_eta_127 mean_eta_128 mean_eta_129 mean_eta_130 mean_eta_131 mean_eta_132 mean_eta_133 mean_eta_134 mean_eta_135 mean_eta_136 mean_eta_137 mean_eta_138 mean_eta_139 mean_eta_140 mean_eta_141 mean_eta_142 mean_eta_143 mean_eta_144 mean_eta_145 mean_eta_146 mean_eta_147 mean_eta_148 mean_eta_149 mean_eta_150 mean_eta_151 mean_eta_152 mean_eta_153 mean_eta_154 mean_eta_155 mean_eta_156 mean_eta_157 mean_eta_158 mean_eta_159 mean_eta_160 mean_eta_161 mean_eta_162 mean_eta_163 mean_eta_164 mean_eta_165 mean_eta_166 mean_eta_167 mean_eta_168 mean_eta_169 mean_eta_170 mean_eta_171 mean_eta_172 mean_eta_173 mean_eta_174 mean_eta_175 mean_eta_176 mean_eta_177 mean_eta_178 mean_eta_179 mean_eta_180 mean_eta_181 mean_eta_182 mean_eta_183 mean_eta_184 mean_eta_185 mean_eta_186 mean_eta_187 mean_eta_188 mean_eta_189 mean_eta_190 mean_eta_191 mean_eta_192 mean_eta_193 mean_eta_194 mean_eta_195 mean_eta_196 mean_eta_197 mean_eta_198 mean_eta_199 mean_eta_200 mean_eta_201 mean_eta_202 mean_eta_203 mean_eta_204 mean_eta_205 mean_eta_206 mean_eta_207 mean_eta_208 mean_eta_209 mean_eta_210 mean_eta_211 mean_eta_212 mean_eta_213 mean_eta_214 mean_eta_215 mean_eta_216 mean_eta_217 mean_eta_218 mean_eta_219 mean_eta_220 mean_eta_221 mean_eta_222 mean_eta_223 mean_eta_224 mean_eta_225 mean_eta_226 mean_eta_227 mean_eta_228 mean_eta_229 mean_eta_230 mean_eta_231 mean_eta_232 mean_eta_233 mean_eta_234 mean_eta_235 mean_eta_236 mean_eta_237 mean_eta_238 mean_eta_239 mean_eta_240 mean_eta_241 mean_eta_242 mean_eta_243 mean_eta_244 mean_eta_245 mean_eta_246 mean_eta_247 mean_eta_248 mean_eta_249 mean_eta_250 mean_eta_251 mean_eta_252 mean_eta_253 mean_eta_254 mean_eta_255 mean_eta_256 mean_eta_257 mean_eta_258 mean_eta_259 mean_eta_260 mean_eta_261 mean_eta_262 mean_eta_263 mean_eta_264 mean_eta_265 mean_eta_266 mean_eta_267 mean_eta_268 mean_eta_269 mean_eta_270 mean_eta_271 mean_eta_272 mean_eta_273 mean_eta_274 mean_eta_275 mean_eta_276 mean_eta_277 mean_eta_278 mean_eta_279 mean_eta_280 mean_eta_281 mean_eta_282 mean_eta_283 mean_eta_284 mean_eta_285 mean_eta_286 mean_eta_287 mean_eta_288 mean_eta_289 mean_eta_290 mean_eta_291 mean_eta_292 mean_eta_293 mean_eta_294 mean_eta_295 mean_eta_296 mean_eta_297 mean_eta_298 mean_eta_299 mean_eta_300 mean_eta_301 mean_eta_302 mean_eta_303 mean_eta_304 mean_eta_305 mean_eta_306 mean_eta_307 mean_eta_308 mean_eta_309 mean_eta_310 mean_eta_311 mean_eta_312 mean_eta_313 mean_eta_314 mean_eta_315 mean_eta_316 mean_eta_317 mean_eta_318 mean_eta_319 mean_eta_320 mean_eta_321 mean_eta_322 mean_eta_323 mean_eta_324 mean_eta_325 mean_eta_326 mean_eta_327 mean_eta_328 mean_eta_329 mean_eta_330 mean_eta_331 mean_eta_332 mean_eta_333 mean_eta_334 mean_eta_335 mean_eta_336 mean_eta_337 mean_eta_338 mean_eta_339 mean_eta_340 mean_eta_341 mean_eta_342 mean_eta_343 mean_eta_344 mean_eta_345 mean_eta_346 mean_eta_347 mean_eta_348 mean_eta_349 mean_eta_350 mean_eta_351 mean_eta_352 mean_eta_353 mean_eta_354 mean_eta_355 mean_eta_356 mean_eta_357 mean_eta_358 mean_eta_359 mean_eta_360 mean_eta_361 mean_eta_362 mean_eta_363 mean_eta_364 mean_eta_365 mean_eta_366 mean_eta_367 mean_eta_368 mean_eta_369 mean_eta_370 mean_eta_371 mean_eta_372 mean_eta_373 mean_eta_374 mean_eta_375 mean_eta_376 mean_eta_377 mean_eta_378 mean_eta_379 mean_eta_380 mean_eta_381 mean_eta_382 mean_eta_383 mean_eta_384 mean_eta_385 mean_eta_386 mean_eta_387 mean_eta_388 mean_eta_389 mean_eta_390 mean_eta_391 mean_eta_392 mean_eta_393 mean_eta_394 mean_eta_395 mean_eta_396 mean_eta_397 mean_eta_398 mean_eta_399 mean_eta_400 mean_eta_401 mean_eta_402 mean_eta_403 mean_eta_404 mean_eta_405
_____ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________
1 0 15.753 14.805 13.912 13.072 12.281 11.536 10.835 10.176 9.5559 8.973 8.4251 7.9101 7.4263 6.9718 6.5449 6.144 5.7676 5.4143 5.0826 4.7714 4.4793 4.2053 3.9485 3.7077 3.4823 3.2713 3.074 2.8897 2.7177 2.5571 2.4076 2.2684 2.1388 2.0184 1.9064 1.8022 1.7055 1.6157 1.5323 1.4549 1.3831 1.3163 1.2544 1.1969 1.1435 1.094 1.048 1.0053 0.96574 0.92889 0.89464 0.86283 0.83311 0.80541 0.77948 0.75531 0.73254 0.71108 0.69106 0.6719 0.65389 0.6368 0.62045 0.60494 0.58996 0.57567 0.56173 0.54847 0.53533 0.52274 0.51041 0.49817 0.48649 0.47469 0.46343 0.45221 0.44156 0.43142 0.42247 0.41535 0.4111 12.966 12.261 11.593 10.961 10.362 9.7949 9.2578 8.7491 8.2675 7.8115 7.3799 6.9713 6.5846 6.2186 5.8725 5.545 5.2354 4.9426 4.6659 4.4043 4.1573 3.9239 3.7037 3.4961 3.3004 3.1163 2.9431 2.7804 2.6279 2.4849 2.351 2.2259 2.109 1.9999 1.8981 1.803 1.7145 1.632 1.5551 1.4837 1.4171 1.355 1.2973 1.2436 1.1935 1.1471 1.1038 1.0634 1.026 0.99105 0.95846 0.9281 0.8997 0.87311 0.84817 0.82485 0.80283 0.78204 0.76257 0.74392 0.72629 0.70958 0.69352 0.67826 0.66349 0.64935 0.63556 0.62237 0.60933 0.59677 0.58447 0.57225 0.56057 0.54878 0.53749 0.52627 0.51559 0.50543 0.49645 0.48933 0.48504 10.219 9.664 9.1384 8.6419 8.174 7.7335 7.3189 6.9288 6.5615 6.2157 5.89 5.5832 5.294 5.0213 4.7642 4.5217 4.2928 4.0767 3.8727 3.6799 3.4978 3.3258 3.1632 3.0098 2.865 2.7286 2.6001 2.4791 2.3655 2.2587 2.1587 2.0649 1.977 1.8949 1.818 1.746 1.6788 1.6159 1.5571 1.5022 1.4508 1.4026 1.3577 1.3156 1.2761 1.2392 1.2046 1.172 1.1416 1.1129 1.0858 1.0605 1.0364 1.0137 0.99217 0.97179 0.9524 0.93385 0.91633 0.89934 0.88312 0.86762 0.85248 0.83809 0.82388 0.81031 0.79684 0.78393 0.77108 0.75858 0.74637 0.73409 0.72237 0.71048 0.69908 0.68773 0.67689 0.66663 0.65746 0.65031 0.64585 10.282 9.7435 9.2314 8.7458 8.2866 7.8531 7.4444 7.0593 6.6965 6.3547 6.0326 5.7292 5.4431 5.1735 4.9193 4.6795 4.4534 4.2401 4.0388 3.8489 3.6697 3.5007 3.3414 3.1913 3.05 2.9172 2.7924 2.6753 2.5657 2.4631 2.3674 2.278 2.1947 2.1171 2.0448 1.9774 1.9147 1.8563 1.8019 1.7513 1.7041 1.6599 1.6187 1.5802 1.544 1.5103 1.4784 1.4484 1.4202 1.3935 1.3682 1.3443 1.3215 1.2998 1.279 1.2592 1.2401 1.2216 1.204 1.1867 1.1701 1.1539 1.138 1.1227 1.1075 1.0928 1.0781 1.064 1.0498 1.036 1.0224 1.0087 0.99567 0.98241 0.96974 0.95708 0.94507 0.93365 0.92349 0.91544 0.91035 11.387 10.854 10.348 9.8677 9.4132 8.9837 8.5782 8.1956 7.8346 7.4941 7.1727 6.8694 6.5831 6.3126 6.0569 5.8152 5.5865 5.37 5.165 4.9708 4.7867 4.6121 4.4466 4.2897 4.1409 4 3.8665 3.7401 3.6206 3.5074 3.4005 3.2993 3.2036 3.1131 3.0273 2.946 2.869 2.7959 2.7262 2.6601 2.597 2.5365 2.479 2.4238 2.3709 2.3202 2.2715 2.2246 2.1796 2.1362 2.0943 2.0541 2.0151 1.9774 1.9409 1.9057 1.8717 1.8387 1.8068 1.7756 1.7455 1.7163 1.6879 1.6605 1.6336 1.6078 1.5823 1.5579 1.5339 1.5107 1.4882 1.466 1.4449 1.4241 1.4042 1.3848 1.3666 1.3494 1.3341 1.3217 1.3128
2 0.00051498 15.337 14.438 13.588 12.785 12.027 11.312 10.637 10.001 9.4017 8.8369 8.305 7.8041 7.3328 6.8893 6.4721 6.0798 5.711 5.3643 5.0386 4.7325 4.4451 4.1751 3.9218 3.6843 3.4616 3.2531 3.058 2.8756 2.7052 2.5462 2.3979 2.2599 2.1313 2.0118 1.9006 1.7972 1.7011 1.6118 1.5288 1.4519 1.3804 1.3139 1.2524 1.1951 1.1418 1.0925 1.0467 1.0041 0.96473 0.928 0.89385 0.86213 0.83248 0.80484 0.77897 0.75485 0.73212 0.7107 0.69072 0.67159 0.6536 0.63653 0.6202 0.6047 0.58974 0.57547 0.56153 0.54829 0.53516 0.52258 0.51025 0.49802 0.48634 0.47455 0.46329 0.45207 0.44143 0.43129 0.42234 0.41522 0.41098 12.662 11.99 11.352 10.747 10.171 9.6254 9.107 8.615 8.1482 7.7054 7.2855 6.8873 6.5099 6.1522 5.8134 5.4925 5.1886 4.9011 4.6289 4.3715 4.128 3.898 3.6806 3.4755 3.2822 3.1001 2.9287 2.7677 2.6165 2.4748 2.3421 2.218 2.102 1.9937 1.8925 1.7981 1.7101 1.6281 1.5516 1.4805 1.4143 1.3525 1.2951 1.2416 1.1917 1.1454 1.1023 1.0621 1.0248 0.98991 0.9574 0.92713 0.89879 0.87226 0.84738 0.82411 0.80213 0.78137 0.76194 0.74331 0.72571 0.70902 0.69298 0.67774 0.66298 0.64886 0.63507 0.6219 0.60887 0.59631 0.58402 0.57181 0.56013 0.54835 0.53706 0.52584 0.51517 0.50501 0.49603 0.48891 0.48463 9.9819 9.4549 8.954 8.4793 8.0305 7.6068 7.207 6.8298 6.474 6.1383 5.8214 5.5224 5.2401 4.9735 4.7217 4.4839 4.2592 4.0468 3.846 3.6561 3.4766 3.3068 3.1463 2.9947 2.8515 2.7164 2.5892 2.4694 2.3567 2.2509 2.1516 2.0585 1.9713 1.8897 1.8133 1.7418 1.675 1.6125 1.5539 1.4993 1.4481 1.4002 1.3555 1.3135 1.2742 1.2375 1.2029 1.1705 1.1402 1.1115 1.0845 1.0592 1.0352 1.0126 0.9911 0.97076 0.9514 0.93288 0.91539 0.89842 0.88222 0.86674 0.85161 0.83724 0.82304 0.80948 0.79602 0.78312 0.77028 0.75779 0.74558 0.73331 0.72159 0.7097 0.69831 0.68696 0.67613 0.66587 0.6567 0.64955 0.64509 10.054 9.5434 9.0557 8.5916 8.1511 7.7342 7.34 6.9676 6.6159 6.2838 5.9703 5.6744 5.395 5.1311 4.882 4.6467 4.4245 4.2146 4.0164 3.8291 3.6523 3.4853 3.3278 3.1793 3.0394 2.9078 2.7841 2.6681 2.5593 2.4574 2.3623 2.2736 2.1908 2.1136 2.0417 1.9746 1.9122 1.8541 1.7999 1.7496 1.7025 1.6585 1.6175 1.579 1.543 1.5093 1.4775 1.4475 1.4194 1.3928 1.3675 1.3436 1.3209 1.2992 1.2785 1.2586 1.2396 1.2211 1.2035 1.1863 1.1696 1.1535 1.1376 1.1223 1.1071 1.0924 1.0777 1.0636 1.0494 1.0356 1.022 1.0084 0.99529 0.98204 0.96937 0.95671 0.94471 0.93329 0.92313 0.91508 0.90999 11.16 10.655 10.173 9.7144 9.2787 8.8656 8.4746 8.1046 7.7547 7.4239 7.1112 6.8153 6.5355 6.2708 6.0202 5.7829 5.5581 5.345 5.1431 4.9515 4.7697 4.5972 4.4334 4.2781 4.1307 3.991 3.8586 3.7332 3.6144 3.502 3.3957 3.2951 3.1999 3.1099 3.0245 2.9435 2.8668 2.7939 2.7245 2.6586 2.5956 2.5353 2.4779 2.4228 2.37 2.3195 2.2708 2.224 2.179 2.1356 2.0938 2.0536 2.0147 1.977 1.9406 1.9054 1.8714 1.8384 1.8065 1.7753 1.7452 1.7161 1.6876 1.6602 1.6334 1.6075 1.5821 1.5577 1.5337 1.5104 1.488 1.4658 1.4447 1.4239 1.404 1.3846 1.3664 1.3492 1.334 1.3215 1.3126
3 0.0041199 12.876 12.241 11.629 11.039 10.472 9.9274 9.4056 8.9062 8.4288 7.9729 7.538 7.1237 6.7294 6.3544 5.9981 5.6599 5.3392 5.0352 4.7472 4.4747 4.217 3.9734 3.7435 3.5266 3.3223 3.1301 2.9494 2.7797 2.6206 2.4716 2.3322 2.202 2.0803 1.9669 1.861 1.7623 1.6704 1.5847 1.505 1.4309 1.3619 1.2976 1.2379 1.1823 1.1306 1.0826 1.0379 0.99632 0.9578 0.92183 0.88835 0.85722 0.82809 0.80091 0.77543 0.75166 0.72923 0.70808 0.68832 0.66939 0.65158 0.63467 0.61848 0.60311 0.58824 0.57406 0.56021 0.54703 0.53396 0.52143 0.50914 0.49696 0.48531 0.47355 0.46232 0.45113 0.44051 0.43039 0.42146 0.41436 0.41013 10.84 10.355 9.8862 9.4319 8.9929 8.5693 8.161 7.768 7.3902 7.0272 6.6789 6.345 6.0252 5.7192 5.4267 5.1472 4.8804 4.626 4.3835 4.1526 3.9328 3.7239 3.5255 3.3373 3.1591 2.9905 2.8312 2.6809 2.5393 2.4061 2.2811 2.1637 2.0537 1.9507 1.8543 1.764 1.6798 1.601 1.5275 1.459 1.395 1.3352 1.2795 1.2275 1.179 1.134 1.0919 1.0526 1.0162 0.982 0.95012 0.9204 0.89256 0.86646 0.84196 0.81901 0.79732 0.77682 0.7576 0.73917 0.72175 0.70519 0.68928 0.67417 0.65951 0.64547 0.63176 0.61865 0.60568 0.59318 0.58093 0.56876 0.55711 0.54536 0.5341 0.52291 0.51226 0.50212 0.49316 0.48605 0.48178 8.5827 8.2092 7.8451 7.4921 7.1516 6.8242 6.5101 6.2092 5.9212 5.6458 5.3826 5.1312 4.8913 4.6623 4.444 4.236 4.0377 3.8488 3.6689 3.4977 3.3347 3.1797 3.0324 2.8925 2.7599 2.6343 2.5154 2.4032 2.2972 2.1974 2.1035 2.0153 1.9323 1.8546 1.7815 1.7131 1.6489 1.5888 1.5324 1.4796 1.4301 1.3837 1.3403 1.2995 1.2612 1.2254 1.1917 1.1599 1.1303 1.1022 1.0757 1.0508 1.0272 1.0049 0.98373 0.96366 0.94454 0.92623 0.90892 0.89211 0.87606 0.86069 0.84568 0.83141 0.8173 0.80381 0.79041 0.77758 0.76477 0.75234 0.74016 0.72793 0.71625 0.70439 0.69302 0.68169 0.67088 0.66064 0.65148 0.64435 0.63991 8.7174 8.3578 8.0047 7.6602 7.3259 7.0033 6.6929 6.3948 6.109 5.8354 5.5737 5.3236 5.0848 4.8568 4.6394 4.4322 4.2348 4.0468 3.8679 3.6978 3.536 3.3824 3.2367 3.0987 2.9681 2.8447 2.7282 2.6186 2.5155 2.4187 2.3281 2.2432 2.1639 2.0898 2.0205 1.9557 1.8954 1.8391 1.7864 1.7374 1.6916 1.6486 1.6085 1.5709 1.5355 1.5024 1.4711 1.4416 1.414 1.3877 1.3627 1.3391 1.3166 1.2951 1.2746 1.2549 1.236 1.2177 1.2002 1.183 1.1665 1.1504 1.1346 1.1194 1.1042 1.0896 1.075 1.0608 1.0467 1.0329 1.0193 1.0057 0.99269 0.97946 0.96681 0.95416 0.94218 0.93077 0.92063 0.91259 0.90751 9.8311 9.4768 9.1292 8.7897 8.4599 8.1409 7.8333 7.5374 7.2533 6.9807 6.7194 6.4692 6.2298 6.0007 5.7817 5.5723 5.3721 5.1808 4.998 4.8234 4.6565 4.4973 4.3452 4.2002 4.0619 3.9303 3.8051 3.686 3.5729 3.4654 3.3635 3.2667 3.1749 3.0878 3.005 2.9264 2.8516 2.7805 2.7126 2.648 2.5862 2.527 2.4704 2.4161 2.364 2.314 2.2659 2.2195 2.175 2.1319 2.0904 2.0505 2.0118 1.9743 1.938 1.903 1.8691 1.8362 1.8045 1.7734 1.7433 1.7143 1.6859 1.6586 1.6318 1.6059 1.5805 1.5561 1.5322 1.509 1.4865 1.4644 1.4433 1.4225 1.4027 1.3833 1.3651 1.3479 1.3327 1.3202 1.3114
4 0.013905 8.732 8.4647 8.1866 7.9028 7.6175 7.3333 7.0515 6.7731 6.4988 6.2291 5.9647 5.706 5.4534 5.2073 4.968 4.7359 4.511 4.2937 4.0839 3.8819 3.6875 3.501 3.3223 3.1514 2.9883 2.8331 2.6854 2.5454 2.4127 2.2873 2.1689 2.0574 1.9524 1.8537 1.7609 1.6737 1.5921 1.5156 1.4439 1.3769 1.3141 1.2554 1.2006 1.1492 1.1013 1.0566 1.0149 0.97592 0.93967 0.90568 0.87397 0.84437 0.8166 0.79059 0.76617 0.74329 0.72165 0.70123 0.68206 0.66366 0.64634 0.62981 0.61399 0.59895 0.58436 0.5704 0.55678 0.54378 0.53086 0.5185 0.5063 0.49426 0.48269 0.47101 0.45987 0.44873 0.43819 0.42811 0.41923 0.41217 0.40797 7.7066 7.4878 7.2587 7.0242 6.788 6.5526 6.3189 6.0878 5.8597 5.635 5.414 5.1973 4.9849 4.7774 4.5748 4.3775 4.1857 3.9994 3.8189 3.6442 3.4755 3.3128 3.1563 3.006 2.862 2.7242 2.5928 2.4676 2.3486 2.2357 2.1289 2.0278 1.9324 1.8424 1.7575 1.6776 1.6025 1.5319 1.4657 1.4036 1.3452 1.2905 1.2393 1.1913 1.1463 1.1043 1.0649 1.0281 0.99378 0.9615 0.93127 0.903 0.87643 0.85144 0.82795 0.80586 0.78492 0.76511 0.74645 0.72853 0.71158 0.6954 0.67985 0.66505 0.65065 0.63684 0.62335 0.61041 0.59758 0.58524 0.57309 0.56105 0.54948 0.5378 0.52664 0.51549 0.50492 0.49482 0.48592 0.47885 0.47461 6.2777 6.1125 5.9335 5.7474 5.5593 5.3722 5.1874 5.0056 4.8271 4.6521 4.4809 4.3135 4.1503 3.9913 3.8366 3.6862 3.5404 3.3991 3.2623 3.1301 3.0024 2.8794 2.761 2.6474 2.5385 2.4343 2.3349 2.2402 2.1501 2.0645 1.9835 1.9068 1.8342 1.7657 1.701 1.64 1.5826 1.5283 1.4773 1.4293 1.3839 1.3413 1.3012 1.2634 1.2278 1.1944 1.1627 1.1329 1.1048 1.0782 1.053 1.0293 1.0067 0.98529 0.96494 0.94556 0.92706 0.90932 0.89247 0.87609 0.86044 0.84537 0.83068 0.81668 0.80278 0.7895 0.77627 0.7636 0.75091 0.73863 0.72653 0.71442 0.70281 0.69101 0.67973 0.66844 0.65771 0.6475 0.6384 0.6313 0.62689 6.5541 6.3978 6.2253 6.0434 5.8576 5.6712 5.486 5.303 5.1227 4.9455 4.7718 4.6018 4.4357 4.2737 4.1161 3.9629 3.8142 3.6701 3.5307 3.3962 3.2664 3.1415 3.0215 2.9066 2.7967 2.6919 2.5922 2.4974 2.4076 2.3228 2.2427 2.1672 2.0962 2.0294 1.9666 1.9076 1.8523 1.8004 1.7517 1.7062 1.6632 1.6229 1.5851 1.5495 1.5159 1.4844 1.4545 1.4262 1.3996 1.3742 1.35 1.3272 1.3053 1.2843 1.2643 1.2451 1.2265 1.2086 1.1914 1.1745 1.1581 1.1423 1.1267 1.1116 1.0966 1.0821 1.0676 1.0536 1.0395 1.0258 1.0123 0.99878 0.98578 0.9726 0.96001 0.9474 0.93547 0.92409 0.91399 0.90597 0.90092 7.6872 7.5357 7.3679 7.1904 7.0082 6.8248 6.6418 6.4603 6.2809 6.1042 5.9303 5.7596 5.5924 5.4289 5.2691 5.1132 4.9612 4.8134 4.6698 4.5303 4.395 4.2641 4.1375 4.0152 3.8975 3.7842 3.6753 3.5709 3.4708 3.375 3.2834 3.1958 3.1121 3.0322 2.9557 2.8827 2.8129 2.746 2.682 2.6208 2.5618 2.5052 2.4509 2.3986 2.3482 2.2997 2.2529 2.2077 2.1642 2.122 2.0813 2.042 2.0039 1.967 1.9312 1.8966 1.863 1.8305 1.799 1.7681 1.7383 1.7094 1.6812 1.654 1.6274 1.6016 1.5763 1.552 1.5281 1.5051 1.4826 1.4606 1.4395 1.4188 1.399 1.3796 1.3615 1.3443 1.3291 1.3166 1.3079
5 0.032959 5.3335 5.2652 5.1704 5.0584 4.9373 4.8124 4.6861 4.5593 4.4323 4.3052 4.1783 4.0514 3.9247 3.7983 3.6722 3.5467 3.422 3.2982 3.1758 3.0548 2.9357 2.8188 2.7044 2.5926 2.4839 2.3784 2.2763 2.1777 2.0828 1.9917 1.9044 1.8209 1.7412 1.6652 1.5928 1.5241 1.4589 1.3969 1.3385 1.2831 1.2307 1.1813 1.1346 1.0906 1.0492 1.0103 0.97366 0.93931 0.907 0.87654 0.84798 0.8211 0.79578 0.77189 0.74936 0.72812 0.70792 0.68882 0.67072 0.65333 0.63692 0.6211 0.60597 0.59154 0.57747 0.56394 0.55074 0.53808 0.52544 0.51339 0.50138 0.4896 0.47816 0.46665 0.45566 0.44464 0.43424 0.42424 0.41547 0.40848 0.40434 5.0624 4.99 4.893 4.7808 4.6612 4.5394 4.4178 4.2972 4.1775 4.0589 3.9414 3.8247 3.709 3.594 3.4797 3.3663 3.2538 3.1423 3.032 2.9231 2.8159 2.7105 2.6072 2.5063 2.4079 2.3123 2.2196 2.13 2.0436 1.9605 1.8807 1.8042 1.7311 1.6612 1.5945 1.5311 1.4707 1.4134 1.3591 1.3075 1.2587 1.2125 1.1688 1.1275 1.0886 1.052 1.0173 0.98481 0.95415 0.92519 0.89792 0.87222 0.84795 0.82499 0.8033 0.78276 0.76319 0.74466 0.72701 0.71006 0.69399 0.67849 0.66359 0.64939 0.63548 0.6221 0.60901 0.5964 0.58385 0.57181 0.55983 0.54805 0.53661 0.5251 0.51409 0.50305 0.49261 0.4826 0.4738 0.4668 0.46262 4.5348 4.468 4.3734 4.2624 4.1446 4.026 3.9093 3.7955 3.6845 3.5763 3.4708 3.3678 3.2669 3.1681 3.0711 2.9758 2.8823 2.7904 2.7003 2.6119 2.5254 2.4408 2.3584 2.2783 2.2005 2.1252 2.0524 1.9823 1.9148 1.8501 1.7881 1.7287 1.672 1.6178 1.5661 1.517 1.4702 1.4255 1.3832 1.3429 1.3046 1.2684 1.234 1.2012 1.1702 1.1408 1.1127 1.0862 1.061 1.037 1.0142 0.99246 0.97168 0.95189 0.93298 0.91487 0.8975 0.8808 0.86479 0.84921 0.8343 0.8198 0.80568 0.79217 0.77869 0.76578 0.75289 0.74053 0.72806 0.71606 0.70411 0.69223 0.68075 0.66907 0.65795 0.64675 0.63615 0.62601 0.61701 0.60998 0.60563 4.9995 4.936 4.8432 4.7321 4.6124 4.4906 4.3695 4.2504 4.1335 4.0188 3.9064 3.7962 3.6879 3.5815 3.4769 3.374 3.2729 3.1735 3.0761 2.9807 2.8874 2.7964 2.7079 2.622 2.5389 2.4587 2.3815 2.3074 2.2364 2.1687 2.1041 2.0425 1.9841 1.9285 1.8757 1.8258 1.7785 1.7337 1.6913 1.6513 1.6133 1.5774 1.5434 1.5112 1.4807 1.4517 1.4241 1.398 1.3732 1.3494 1.3267 1.3051 1.2843 1.2644 1.2452 1.2268 1.2089 1.1916 1.1749 1.1585 1.1427 1.1271 1.1119 1.0971 1.0824 1.0681 1.0538 1.04 1.0261 1.0126 0.99919 0.98587 0.97295 0.95986 0.94738 0.93484 0.92302 0.91168 0.90168 0.89371 0.8887 6.168 6.1082 6.0189 5.9108 5.7936 5.6734 5.5533 5.4345 5.3173 5.2019 5.0883 4.9764 4.866 4.7571 4.6494 4.5429 4.4377 4.3338 4.2313 4.1303 4.0308 3.9331 3.8373 3.7435 3.6519 3.5627 3.4759 3.3916 3.3099 3.2308 3.1542 3.0802 3.0087 2.9397 2.873 2.8087 2.7467 2.6867 2.6289 2.5731 2.5189 2.4666 2.416 2.367 2.3196 2.2737 2.2291 2.186 2.1442 2.1036 2.0643 2.0263 1.9892 1.9532 1.9183 1.8844 1.8515 1.8195 1.7885 1.7581 1.7287 1.7001 1.6722 1.6454 1.6189 1.5934 1.5683 1.5442 1.5204 1.4975 1.4751 1.4533 1.4323 1.4116 1.3919 1.3726 1.3546 1.3375 1.3223 1.3099 1.3011
6 0.064373 3.3899 3.3915 3.3682 3.3255 3.2698 3.2074 3.1419 3.0738 3.0041 2.9335 2.8631 2.7931 2.7231 2.6536 2.5849 2.5169 2.4495 2.3825 2.3162 2.2505 2.1854 2.1209 2.0572 1.9942 1.9321 1.871 1.8109 1.7519 1.6942 1.6377 1.5825 1.5288 1.4766 1.4258 1.3767 1.3292 1.2832 1.239 1.1964 1.1555 1.1162 1.0786 1.0426 1.0082 0.9755 0.94428 0.9147 0.8865 0.85968 0.83424 0.81009 0.78707 0.76524 0.74449 0.72468 0.70581 0.68775 0.67061 0.65411 0.63822 0.62319 0.60847 0.59436 0.58082 0.56756 0.55475 0.54217 0.53002 0.51788 0.50627 0.49456 0.48318 0.47195 0.46071 0.44996 0.43913 0.42893 0.41908 0.41048 0.40361 0.39957 3.4424 3.4306 3.3947 3.3402 3.2737 3.2015 ...
% Aprime Choice
tb_az_ap = ff_summ_nd_array("MEAN(AP(A,Z) - AP(A,Z|unemp))", ap_VFI_unemp_drop, true, ["mean"], 4, 1, cl_mp_datasetdesc, ar_permute);
xxx MEAN(AP(A,Z) - AP(A,Z|unemp)) xxxxxxxxxxxxxxxxxxxxxxxxxxx
group savings mean_eta_1 mean_eta_2 mean_eta_3 mean_eta_4 mean_eta_5 mean_eta_6 mean_eta_7 mean_eta_8 mean_eta_9 mean_eta_10 mean_eta_11 mean_eta_12 mean_eta_13 mean_eta_14 mean_eta_15 mean_eta_16 mean_eta_17 mean_eta_18 mean_eta_19 mean_eta_20 mean_eta_21 mean_eta_22 mean_eta_23 mean_eta_24 mean_eta_25 mean_eta_26 mean_eta_27 mean_eta_28 mean_eta_29 mean_eta_30 mean_eta_31 mean_eta_32 mean_eta_33 mean_eta_34 mean_eta_35 mean_eta_36 mean_eta_37 mean_eta_38 mean_eta_39 mean_eta_40 mean_eta_41 mean_eta_42 mean_eta_43 mean_eta_44 mean_eta_45 mean_eta_46 mean_eta_47 mean_eta_48 mean_eta_49 mean_eta_50 mean_eta_51 mean_eta_52 mean_eta_53 mean_eta_54 mean_eta_55 mean_eta_56 mean_eta_57 mean_eta_58 mean_eta_59 mean_eta_60 mean_eta_61 mean_eta_62 mean_eta_63 mean_eta_64 mean_eta_65 mean_eta_66 mean_eta_67 mean_eta_68 mean_eta_69 mean_eta_70 mean_eta_71 mean_eta_72 mean_eta_73 mean_eta_74 mean_eta_75 mean_eta_76 mean_eta_77 mean_eta_78 mean_eta_79 mean_eta_80 mean_eta_81 mean_eta_82 mean_eta_83 mean_eta_84 mean_eta_85 mean_eta_86 mean_eta_87 mean_eta_88 mean_eta_89 mean_eta_90 mean_eta_91 mean_eta_92 mean_eta_93 mean_eta_94 mean_eta_95 mean_eta_96 mean_eta_97 mean_eta_98 mean_eta_99 mean_eta_100 mean_eta_101 mean_eta_102 mean_eta_103 mean_eta_104 mean_eta_105 mean_eta_106 mean_eta_107 mean_eta_108 mean_eta_109 mean_eta_110 mean_eta_111 mean_eta_112 mean_eta_113 mean_eta_114 mean_eta_115 mean_eta_116 mean_eta_117 mean_eta_118 mean_eta_119 mean_eta_120 mean_eta_121 mean_eta_122 mean_eta_123 mean_eta_124 mean_eta_125 mean_eta_126 mean_eta_127 mean_eta_128 mean_eta_129 mean_eta_130 mean_eta_131 mean_eta_132 mean_eta_133 mean_eta_134 mean_eta_135 mean_eta_136 mean_eta_137 mean_eta_138 mean_eta_139 mean_eta_140 mean_eta_141 mean_eta_142 mean_eta_143 mean_eta_144 mean_eta_145 mean_eta_146 mean_eta_147 mean_eta_148 mean_eta_149 mean_eta_150 mean_eta_151 mean_eta_152 mean_eta_153 mean_eta_154 mean_eta_155 mean_eta_156 mean_eta_157 mean_eta_158 mean_eta_159 mean_eta_160 mean_eta_161 mean_eta_162 mean_eta_163 mean_eta_164 mean_eta_165 mean_eta_166 mean_eta_167 mean_eta_168 mean_eta_169 mean_eta_170 mean_eta_171 mean_eta_172 mean_eta_173 mean_eta_174 mean_eta_175 mean_eta_176 mean_eta_177 mean_eta_178 mean_eta_179 mean_eta_180 mean_eta_181 mean_eta_182 mean_eta_183 mean_eta_184 mean_eta_185 mean_eta_186 mean_eta_187 mean_eta_188 mean_eta_189 mean_eta_190 mean_eta_191 mean_eta_192 mean_eta_193 mean_eta_194 mean_eta_195 mean_eta_196 mean_eta_197 mean_eta_198 mean_eta_199 mean_eta_200 mean_eta_201 mean_eta_202 mean_eta_203 mean_eta_204 mean_eta_205 mean_eta_206 mean_eta_207 mean_eta_208 mean_eta_209 mean_eta_210 mean_eta_211 mean_eta_212 mean_eta_213 mean_eta_214 mean_eta_215 mean_eta_216 mean_eta_217 mean_eta_218 mean_eta_219 mean_eta_220 mean_eta_221 mean_eta_222 mean_eta_223 mean_eta_224 mean_eta_225 mean_eta_226 mean_eta_227 mean_eta_228 mean_eta_229 mean_eta_230 mean_eta_231 mean_eta_232 mean_eta_233 mean_eta_234 mean_eta_235 mean_eta_236 mean_eta_237 mean_eta_238 mean_eta_239 mean_eta_240 mean_eta_241 mean_eta_242 mean_eta_243 mean_eta_244 mean_eta_245 mean_eta_246 mean_eta_247 mean_eta_248 mean_eta_249 mean_eta_250 mean_eta_251 mean_eta_252 mean_eta_253 mean_eta_254 mean_eta_255 mean_eta_256 mean_eta_257 mean_eta_258 mean_eta_259 mean_eta_260 mean_eta_261 mean_eta_262 mean_eta_263 mean_eta_264 mean_eta_265 mean_eta_266 mean_eta_267 mean_eta_268 mean_eta_269 mean_eta_270 mean_eta_271 mean_eta_272 mean_eta_273 mean_eta_274 mean_eta_275 mean_eta_276 mean_eta_277 mean_eta_278 mean_eta_279 mean_eta_280 mean_eta_281 mean_eta_282 mean_eta_283 mean_eta_284 mean_eta_285 mean_eta_286 mean_eta_287 mean_eta_288 mean_eta_289 mean_eta_290 mean_eta_291 mean_eta_292 mean_eta_293 mean_eta_294 mean_eta_295 mean_eta_296 mean_eta_297 mean_eta_298 mean_eta_299 mean_eta_300 mean_eta_301 mean_eta_302 mean_eta_303 mean_eta_304 mean_eta_305 mean_eta_306 mean_eta_307 mean_eta_308 mean_eta_309 mean_eta_310 mean_eta_311 mean_eta_312 mean_eta_313 mean_eta_314 mean_eta_315 mean_eta_316 mean_eta_317 mean_eta_318 mean_eta_319 mean_eta_320 mean_eta_321 mean_eta_322 mean_eta_323 mean_eta_324 mean_eta_325 mean_eta_326 mean_eta_327 mean_eta_328 mean_eta_329 mean_eta_330 mean_eta_331 mean_eta_332 mean_eta_333 mean_eta_334 mean_eta_335 mean_eta_336 mean_eta_337 mean_eta_338 mean_eta_339 mean_eta_340 mean_eta_341 mean_eta_342 mean_eta_343 mean_eta_344 mean_eta_345 mean_eta_346 mean_eta_347 mean_eta_348 mean_eta_349 mean_eta_350 mean_eta_351 mean_eta_352 mean_eta_353 mean_eta_354 mean_eta_355 mean_eta_356 mean_eta_357 mean_eta_358 mean_eta_359 mean_eta_360 mean_eta_361 mean_eta_362 mean_eta_363 mean_eta_364 mean_eta_365 mean_eta_366 mean_eta_367 mean_eta_368 mean_eta_369 mean_eta_370 mean_eta_371 mean_eta_372 mean_eta_373 mean_eta_374 mean_eta_375 mean_eta_376 mean_eta_377 mean_eta_378 mean_eta_379 mean_eta_380 mean_eta_381 mean_eta_382 mean_eta_383 mean_eta_384 mean_eta_385 mean_eta_386 mean_eta_387 mean_eta_388 mean_eta_389 mean_eta_390 mean_eta_391 mean_eta_392 mean_eta_393 mean_eta_394 mean_eta_395 mean_eta_396 mean_eta_397 mean_eta_398 mean_eta_399 mean_eta_400 mean_eta_401 mean_eta_402 mean_eta_403 mean_eta_404 mean_eta_405
_____ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________
1 0 0 0 0 0 0 0 6.6403e-08 2.2567e-07 4.664e-07 9.0064e-07 1.2684e-06 1.7382e-06 2.0598e-06 2.2879e-06 2.4594e-06 2.4819e-06 2.6944e-06 5.1048e-06 1.4869e-05 3.993e-05 9.3771e-05 0.00019127 0.00035687 0.00061232 0.00096309 0.0014317 0.002035 0.0028127 0.0037639 0.0049681 0.0064213 0.0080726 0.010031 0.012283 0.014839 0.017754 0.021157 0.024912 0.029244 0.034116 0.039521 0.045705 0.052485 0.060212 0.068767 0.078426 0.089079 0.10101 0.11416 0.12871 0.145 0.1629 0.18288 0.20494 0.22938 0.25651 0.28637 0.31941 0.35567 0.39551 0.4392 0.48703 0.53934 0.5963 0.65809 0.72478 0.79717 0.875 0.95901 1.0496 1.1469 1.252 1.3647 1.4866 1.6172 1.7587 1.9115 2.077 2.258 2.4577 2.6774 0 0 0 0 0 0 6.6403e-08 2.2567e-07 4.664e-07 9.0064e-07 1.2684e-06 1.7382e-06 2.0598e-06 2.2879e-06 2.4594e-06 2.4819e-06 2.6944e-06 5.1048e-06 1.4869e-05 3.993e-05 9.3771e-05 0.00019127 0.00035687 0.00061232 0.00096309 0.0014339 0.0020434 0.0028434 0.0038359 0.0050665 0.0065435 0.0082345 0.010215 0.012561 0.015146 0.018253 0.021751 0.025699 0.030225 0.035272 0.040959 0.047349 0.054521 0.062529 0.071519 0.081597 0.092646 0.10507 0.11877 0.13401 0.15085 0.16944 0.19022 0.21307 0.23838 0.26633 0.29712 0.33085 0.3679 0.4085 0.45283 0.5013 0.5541 0.61141 0.67347 0.74042 0.81295 0.89092 0.97513 1.0659 1.1633 1.2685 1.3814 1.5031 1.6339 1.7751 1.9278 2.0933 2.2742 2.4733 2.6924 0.016348 0.016532 0.016614 0.016627 0.016598 0.016547 0.016483 0.016408 0.016326 0.016238 0.016133 0.016029 0.015919 0.015794 0.015669 0.015547 0.015413 0.015284 0.015173 0.015098 0.015069 0.015064 0.015193 0.015439 0.015825 0.016328 0.017065 0.018036 0.019288 0.02085 0.022715 0.024863 0.027396 0.03035 0.033746 0.037698 0.0422 0.04723 0.053014 0.059477 0.06668 0.074813 0.08379 0.093755 0.1048 0.11697 0.13036 0.14519 0.16145 0.1793 0.19896 0.22032 0.24375 0.26939 0.29731 0.32779 0.36104 0.39703 0.43626 0.47865 0.52469 0.57454 0.62842 0.68666 0.74952 0.81728 0.89021 0.96892 1.0534 1.1446 1.2424 1.3478 1.4608 1.5823 1.7132 1.8538 2.0062 2.1707 2.3504 2.5475 2.7641 0.18121 0.18287 0.18455 0.18625 0.18797 0.18971 0.19147 0.19328 0.19515 0.1971 0.19912 0.20124 0.20344 0.2057 0.20804 0.21043 0.21291 0.21546 0.21813 0.22094 0.22393 0.22703 0.23037 0.23393 0.23774 0.24175 0.24606 0.25078 0.25603 0.2618 0.26806 0.2746 0.28169 0.28943 0.29767 0.30638 0.31574 0.32559 0.33612 0.34732 0.35947 0.37226 0.38612 0.40111 0.41679 0.43358 0.45137 0.47071 0.49115 0.51288 0.53622 0.56098 0.58795 0.61685 0.64755 0.68065 0.71631 0.75498 0.79629 0.84033 0.88827 0.93978 0.99514 1.0543 1.1182 1.1869 1.2603 1.3393 1.4243 1.5152 1.6126 1.7175 1.8294 1.9498 2.0787 2.2174 2.3666 2.5276 2.7019 2.8919 3.0986 0.94815 0.9548 0.96153 0.96824 0.97535 0.98244 0.98949 0.99669 1.0043 1.012 1.0197 1.0277 1.0357 1.0438 1.0519 1.0603 1.0686 1.0773 1.0861 1.0951 1.1045 1.114 1.1237 1.1338 1.144 1.1548 1.1657 1.1771 1.1891 1.2013 1.2141 1.2273 1.2413 1.2557 1.2709 1.2869 1.3035 1.3209 1.3392 1.358 1.3776 1.3983 1.4203 1.4433 1.4673 1.4925 1.519 1.5472 1.5767 1.6077 1.6405 1.6752 1.7114 1.7499 1.7908 1.8344 1.8799 1.9282 1.9795 2.034 2.0915 2.1524 2.2176 2.2875 2.3609 2.4382 2.5211 2.6088 2.7028 2.803 2.9097 3.0225 3.1433 3.2726 3.4081 3.5553 3.7122 3.88 4.0614 4.2542 4.4675
2 0.00051498 0 0 0 3.2355e-07 8.8303e-07 1.3402e-06 1.6853e-06 1.9895e-06 2.2445e-06 2.3681e-06 2.4704e-06 2.4819e-06 2.4819e-06 2.4819e-06 2.5464e-06 2.9174e-06 3.6178e-06 7.6572e-06 2.2231e-05 4.7972e-05 0.00010608 0.00020542 0.00037437 0.00063014 0.00098721 0.001461 0.0020695 0.0028526 0.0038094 0.0050187 0.0064777 0.008137 0.010101 0.012358 0.014918 0.01784 0.021252 0.025008 0.029349 0.034223 0.03963 0.045821 0.052603 0.060334 0.068897 0.078556 0.089211 0.10115 0.1143 0.12886 0.14515 0.16306 0.18304 0.2051 0.22955 0.25668 0.28654 0.3196 0.35586 0.3957 0.4394 0.48722 0.53955 0.5965 0.65829 0.72498 0.79738 0.8752 0.95921 1.0498 1.1471 1.2522 1.3649 1.4867 1.6174 1.7589 1.9117 2.0772 2.2582 2.4578 2.6775 0 0 0 3.2355e-07 8.8303e-07 1.3402e-06 1.6853e-06 1.9895e-06 2.2445e-06 2.3681e-06 2.4704e-06 2.4819e-06 2.4819e-06 2.4819e-06 2.5464e-06 2.9174e-06 3.6178e-06 7.6572e-06 2.2231e-05 4.7972e-05 0.00010608 0.00020542 0.00037437 0.00063014 0.00098721 0.0014635 0.0020778 0.0028836 0.0038824 0.0051171 0.0066012 0.0082982 0.010287 0.012636 0.015228 0.018341 0.021848 0.025797 0.030332 0.035383 0.041073 0.047468 0.054643 0.062656 0.071654 0.081729 0.092786 0.10522 0.11891 0.13416 0.15101 0.16961 0.19038 0.21324 0.23855 0.26651 0.29731 0.33104 0.36809 0.40869 0.45302 0.50151 0.55431 0.61161 0.67368 0.74062 0.81315 0.89112 0.97533 1.066 1.1635 1.2687 1.3815 1.5033 1.6341 1.7753 1.928 2.0935 2.2744 2.4735 2.6925 0.016445 0.016629 0.016712 0.016725 0.016697 0.016647 0.016583 0.01651 0.01643 0.016343 0.01624 0.016136 0.016027 0.015904 0.015781 0.01566 0.015528 0.015402 0.015295 0.015223 0.015195 0.015191 0.015323 0.015566 0.015955 0.016462 0.017207 0.018187 0.019446 0.021012 0.022881 0.025037 0.027577 0.030533 0.033934 0.037894 0.042403 0.047434 0.053226 0.059693 0.066897 0.075038 0.084013 0.093978 0.10503 0.1172 0.1306 0.14542 0.16168 0.17954 0.1992 0.22055 0.24399 0.26963 0.29755 0.32804 0.36128 0.39727 0.4365 0.47889 0.52493 0.57478 0.62866 0.6869 0.74975 0.81751 0.89043 0.96915 1.0537 1.1448 1.2427 1.348 1.461 1.5825 1.7134 1.854 2.0064 2.1709 2.3506 2.5477 2.7642 0.18124 0.1829 0.18458 0.18628 0.188 0.18973 0.1915 0.19331 0.19517 0.19712 0.19916 0.20127 0.20347 0.20573 0.20807 0.21046 0.21293 0.21549 0.21817 0.22097 0.22397 0.22707 0.23041 0.23397 0.23779 0.2418 0.24612 0.25085 0.25611 0.26188 0.26815 0.2747 0.2818 0.28954 0.29778 0.3065 0.31587 0.32572 0.33626 0.34747 0.35962 0.37242 0.38628 0.40126 0.41695 0.43374 0.45154 0.47089 0.49132 0.51306 0.53641 0.56116 0.58814 0.61703 0.64774 0.68083 0.71649 0.75517 0.79647 0.84051 0.88845 0.93996 0.99532 1.0545 1.1184 1.1871 1.2605 1.3395 1.4244 1.5153 1.6128 1.7177 1.8295 1.9499 2.0788 2.2175 2.3668 2.5277 2.702 2.892 3.0987 0.94815 0.95481 0.96153 0.96825 0.97536 0.98244 0.98949 0.9967 1.0043 1.012 1.0197 1.0277 1.0357 1.0438 1.0519 1.0603 1.0686 1.0773 1.0861 1.0952 1.1046 1.114 1.1237 1.1338 1.1441 1.1549 1.1657 1.1772 1.1891 1.2013 1.2141 1.2274 1.2413 1.2558 1.271 1.287 1.3036 1.321 1.3393 1.3581 1.3777 1.3984 1.4204 1.4434 1.4674 1.4926 1.5191 1.5473 1.5768 1.6078 1.6406 1.6753 1.7115 1.75 1.7909 1.8345 1.88 1.9283 1.9796 2.0341 2.0916 2.1525 2.2178 2.2876 2.361 2.4383 2.5212 2.6089 2.7029 2.8031 2.9097 3.0225 3.1434 3.2727 3.4082 3.5554 3.7122 3.8801 4.0614 4.2543 4.4676
3 0.0041199 1.1212e-05 3.4693e-05 5.9476e-05 6.9903e-05 7.1182e-05 6.7854e-05 6.2365e-05 5.6389e-05 5.0657e-05 4.854e-05 4.7976e-05 4.8328e-05 4.929e-05 5.0776e-05 5.3465e-05 5.943e-05 7.0254e-05 8.8901e-05 0.00011009 0.00014825 0.000218 0.00033466 0.00052182 0.00078985 0.0011817 0.0016899 0.0023392 0.00317 0.0041587 0.0054078 0.0069112 0.0086097 0.010621 0.012908 0.015497 0.018457 0.021907 0.025696 0.030096 0.034978 0.040411 0.046618 0.053448 0.061199 0.069814 0.079476 0.090134 0.10214 0.11529 0.12991 0.14619 0.16412 0.18415 0.20623 0.23074 0.25789 0.28775 0.32086 0.35713 0.39703 0.44076 0.48861 0.54098 0.59791 0.65971 0.7264 0.7988 0.8766 0.9606 1.0512 1.1484 1.2536 1.3662 1.488 1.6187 1.7601 1.9129 2.0783 2.2593 2.4588 2.6784 1.1212e-05 3.4693e-05 5.9476e-05 6.9903e-05 7.1182e-05 6.7854e-05 6.2365e-05 5.6389e-05 5.0657e-05 4.854e-05 4.7976e-05 4.8328e-05 4.929e-05 5.0776e-05 5.3465e-05 5.943e-05 7.0254e-05 8.8901e-05 0.00011009 0.00014825 0.000218 0.00033466 0.00052182 0.00078985 0.0011817 0.0016924 0.0023475 0.0032042 0.0042369 0.005508 0.0070413 0.008767 0.010823 0.013191 0.015828 0.018977 0.022521 0.026514 0.031085 0.036169 0.041884 0.048301 0.055522 0.06355 0.072604 0.082663 0.093753 0.10624 0.11996 0.13524 0.15211 0.17073 0.19153 0.21442 0.23978 0.26775 0.29858 0.33235 0.36942 0.41006 0.45442 0.50292 0.55574 0.61304 0.67508 0.74205 0.81457 0.89253 0.97672 1.0674 1.1649 1.2701 1.3829 1.5045 1.6354 1.7765 1.9292 2.0946 2.2754 2.4745 2.6934 0.017149 0.017357 0.017469 0.017494 0.017469 0.017417 0.017351 0.017276 0.017196 0.017113 0.017023 0.016934 0.016837 0.016723 0.016621 0.016519 0.01641 0.016306 0.016212 0.016159 0.01613 0.016144 0.016293 0.016522 0.016929 0.017463 0.018266 0.019311 0.020617 0.02221 0.024094 0.026284 0.028883 0.031876 0.035305 0.039302 0.043854 0.048916 0.054741 0.061237 0.068446 0.07662 0.085618 0.095578 0.10667 0.11882 0.13223 0.14709 0.16336 0.18124 0.20087 0.22222 0.24566 0.27132 0.29927 0.32975 0.36296 0.39897 0.4382 0.48058 0.52662 0.57646 0.63037 0.68857 0.7514 0.81914 0.89205 0.97076 1.0552 1.1464 1.2442 1.3495 1.4625 1.5839 1.7148 1.8554 2.0077 2.1722 2.3518 2.5488 2.7653 0.18146 0.18313 0.18483 0.18652 0.18823 0.18995 0.19172 0.19353 0.19541 0.19736 0.19941 0.20154 0.20373 0.20599 0.20832 0.21072 0.21319 0.21575 0.21844 0.22128 0.22428 0.22741 0.23076 0.23433 0.23819 0.24224 0.24661 0.25142 0.2567 0.26254 0.26886 0.27547 0.2826 0.29029 0.29858 0.3074 0.31682 0.32667 0.33727 0.34846 0.36068 0.37354 0.38743 0.40236 0.41813 0.43491 0.45273 0.47209 0.49255 0.51435 0.53767 0.56245 0.58946 0.61835 0.64905 0.68213 0.71777 0.75647 0.79774 0.84177 0.88972 0.94121 0.99657 1.0557 1.1196 1.1882 1.2616 1.3407 1.4256 1.5165 1.6139 1.7188 1.8305 1.9509 2.0798 2.2185 2.3677 2.5286 2.7028 2.8927 3.0994 0.9482 0.95486 0.96159 0.96834 0.97547 0.98254 0.98956 0.9968 1.0044 1.0121 1.0198 1.0278 1.0358 1.0439 1.052 1.0604 1.0687 1.0775 1.0863 1.0953 1.1047 1.1142 1.1239 1.134 1.1443 1.1551 1.166 1.1775 1.1895 1.2017 1.2146 1.2278 1.2419 1.2563 1.2716 1.2876 1.3043 1.3217 1.34 1.3587 1.3784 1.3992 1.4212 1.4442 1.4682 1.4934 1.5199 1.5481 1.5776 1.6086 1.6414 1.676 1.7123 1.7508 1.7917 1.8353 1.8808 1.929 1.9804 2.0348 2.0923 2.1533 2.2185 2.2883 2.3617 2.439 2.5218 2.6096 2.7036 2.8038 2.9104 3.0232 3.144 3.2732 3.4088 3.5559 3.7128 3.8806 4.0619 4.2547 4.468
4 0.013905 0.0011498 0.0012034 0.0012469 0.001273 0.0012824 0.0012822 0.0012782 0.001273 0.0012678 0.0012624 0.001255 0.0012457 0.0012345 0.0012226 0.0012118 0.0012035 0.0011998 0.001204 0.0012215 0.0012487 0.0013285 0.0014829 0.0017088 0.0020419 0.0024692 0.0030209 0.0037378 0.0046231 0.005686 0.0070026 0.0085375 0.010345 0.012391 0.014753 0.017401 0.020445 0.023938 0.02777 0.032263 0.037139 0.042669 0.048885 0.055818 0.063606 0.072289 0.08205 0.092752 0.10483 0.11803 0.13274 0.14904 0.16701 0.18716 0.20935 0.23393 0.26115 0.29111 0.32429 0.36056 0.4006 0.44446 0.49234 0.5448 0.60176 0.66354 0.73027 0.80264 0.8804 0.96439 1.0549 1.1521 1.2572 1.3698 1.4914 1.6222 1.7635 1.9161 2.0814 2.2622 2.4616 2.6808 0.0011498 0.0012034 0.0012469 0.001273 0.0012824 0.0012822 0.0012782 0.001273 0.0012678 0.0012624 0.001255 0.0012457 0.0012345 0.0012226 0.0012118 0.0012035 0.0011998 0.001204 0.0012215 0.0012487 0.0013285 0.0014829 0.0017088 0.0020419 0.0024692 0.0030287 0.0037538 0.0046701 0.0057843 0.0071104 0.0086979 0.010497 0.012646 0.015034 0.017806 0.02101 0.024591 0.028663 0.033269 0.038408 0.044201 0.050652 0.058 0.066026 0.075191 0.085306 0.096491 0.10904 0.12278 0.13815 0.15509 0.17381 0.19462 0.21768 0.24313 0.27118 0.30206 0.33587 0.37298 0.41374 0.45824 0.50675 0.55956 0.61693 0.67888 0.74596 0.8184 0.89635 0.98047 1.0711 1.1685 1.2737 1.3864 1.508 1.6388 1.7799 1.9324 2.0976 2.2784 2.4771 2.6957 0.020322 0.02059 0.020734 0.020779 0.02076 0.020707 0.020639 0.020561 0.020475 0.020381 0.020287 0.020188 0.020072 0.01997 0.019877 0.019776 0.019682 0.019606 0.019555 0.019528 0.019522 0.019619 0.01981 0.020145 0.020584 0.021208 0.022064 0.023154 0.024449 0.026041 0.027936 0.030226 0.03286 0.035919 0.039483 0.043516 0.04812 0.053256 0.059109 0.065625 0.072908 0.081095 0.090163 0.10012 0.11122 0.12343 0.13686 0.15175 0.16801 0.18586 0.20551 0.22684 0.25031 0.27601 0.30396 0.33448 0.36763 0.40368 0.44278 0.48521 0.5313 0.58104 0.63496 0.69318 0.75586 0.82361 0.89652 0.97522 1.0596 1.1507 1.2484 1.3537 1.4667 1.5879 1.7188 1.8592 2.0114 2.1757 2.3553 2.5519 2.768 0.18309 0.18476 0.18647 0.18817 0.18987 0.19162 0.19339 0.19522 0.19714 0.19912 0.20117 0.2033 0.20548 0.2077 0.21 0.21237 0.21481 0.21737 0.22008 0.22296 0.22595 0.22913 0.23251 0.23616 0.24001 0.24414 0.24864 0.25357 0.25896 0.26488 0.27123 0.27801 0.28521 0.29274 0.30105 0.31008 0.31962 0.32954 0.34025 0.35134 0.36362 0.37663 0.39065 0.40539 0.42129 0.43818 0.45606 0.47543 0.49593 0.51784 0.54113 0.56593 0.59297 0.62198 0.65261 0.68562 0.72132 0.76 0.80117 0.84518 0.8932 0.94459 0.99996 1.059 1.1229 1.1915 1.2648 1.3438 1.4287 1.5195 1.6169 1.7217 1.8334 1.9536 2.0825 2.2211 2.3702 2.5309 2.705 2.8947 3.1011 0.94945 0.95608 0.96283 0.96964 0.97675 0.98381 0.99085 0.99815 1.0058 1.0135 1.0211 1.0291 1.0371 1.0452 1.0533 1.0616 1.0699 1.0787 1.0875 1.0966 1.1059 1.1154 1.1251 1.1353 1.1456 1.1566 1.1675 1.1791 1.1911 1.2034 1.2163 1.2295 1.2437 1.2582 1.2735 1.2895 1.3062 1.3237 1.342 1.3607 1.3804 1.4013 1.4233 1.4462 1.4702 1.4955 1.522 1.5502 1.5797 1.6106 1.6436 1.6781 1.7143 1.753 1.7938 1.8374 1.8828 1.9311 1.9823 2.0367 2.0943 2.1553 2.2205 2.2901 2.3635 2.4408 2.5236 2.6114 2.7053 2.8056 2.912 3.0249 3.1456 3.2748 3.4103 3.5575 3.7142 3.882 4.0631 4.2558 4.469
5 0.032959 0.0039015 0.0041225 0.0043159 0.0044467 0.0045114 0.0045317 0.0045236 0.0045082 0.0044941 0.0044675 0.0044416 0.004417 0.0043966 0.0043802 0.0043689 0.0043642 0.0043689 0.0043859 0.0044265 0.0044993 0.0046043 0.0047934 0.0050555 0.0054326 0.0059347 0.0065687 0.007361 0.0083089 0.0094969 0.010907 0.012496 0.01436 0.016482 0.018892 0.0216 0.024785 0.028229 0.032276 0.036745 0.041673 0.047369 0.053579 0.060632 0.068505 0.077316 0.087102 0.097993 0.11012 0.12345 0.13832 0.1547 0.17284 0.19311 0.21544 0.24016 0.2675 0.29765 0.33096 0.3674 0.40766 0.45167 0.49971 0.55219 0.60917 0.671 0.73779 0.81003 0.88771 0.97171 1.0621 1.1593 1.2642 1.3768 1.4982 1.6289 1.7699 1.9221 2.0873 2.2679 2.4668 2.6854 0.0039015 0.0041225 0.0043159 0.0044467 0.0045114 0.0045317 0.0045236 0.0045082 0.0044941 0.0044675 0.0044416 0.004417 0.0043966 0.0043802 0.0043689 0.0043642 0.0043689 0.0043859 0.0044265 0.0044993 0.0046043 0.0047934 0.0050555 0.0054326 0.0059406 0.0065816 0.0074048 0.0083934 0.0096049 0.011045 0.012663 0.014567 0.016787 0.019223 0.022135 0.025401 0.029022 0.033273 0.037867 0.043121 0.04899 0.055568 0.062917 0.071164 0.080391 0.090568 0.10197 0.11454 0.12837 0.1439 0.16102 0.17996 0.20088 0.22405 0.24964 0.27784 0.30875 0.34283 0.38013 0.42107 0.46566 0.51429 0.56703 0.62437 0.68645 0.7535 0.8258 0.90371 0.98772 1.0783 1.1756 1.2807 1.3933 1.5147 1.6453 1.7863 1.9385 2.1035 2.284 2.4822 2.7004 0.027147 0.027682 0.028055 0.028271 0.028366 0.028381 0.028322 0.028229 0.028137 0.028026 0.027902 0.027787 0.027679 0.027565 0.027455 0.02736 0.027274 0.027232 0.027207 0.027194 0.027266 0.027448 0.027752 0.028179 0.02876 0.029523 0.030499 0.031676 0.033133 0.034874 0.036933 0.039279 0.041991 0.045078 0.048677 0.052747 0.057282 0.062569 0.0684 0.074977 0.082353 0.090509 0.09951 0.10958 0.12062 0.13282 0.14631 0.16118 0.17735 0.19526 0.21491 0.23628 0.25979 0.28547 0.31335 0.34387 0.37698 0.41295 0.45209 0.49457 0.5406 0.5903 0.64409 0.70226 0.76486 0.83259 0.90538 0.98397 1.0683 1.1593 1.2569 1.362 1.4748 1.5959 1.7266 1.867 2.0188 2.1828 2.362 2.5582 2.7736 0.1867 0.18855 0.19038 0.19218 0.19394 0.1957 0.19749 0.19935 0.20125 0.20321 0.20526 0.20732 0.20945 0.21166 0.2139 0.21628 0.21878 0.22141 0.22419 0.22708 0.23011 0.2334 0.23688 0.24056 0.2445 0.24881 0.25349 0.25858 0.26411 0.2701 0.2765 0.28337 0.29063 0.29829 0.30646 0.31539 0.32512 0.33544 0.34611 0.35755 0.36939 0.38253 0.39673 0.41163 0.42737 0.44434 0.46241 0.48185 0.50237 0.52443 0.54782 0.57272 0.59979 0.62873 0.65935 0.69229 0.728 0.76668 0.80772 0.85186 0.89985 0.95121 1.0064 1.0653 1.1292 1.1977 1.2709 1.3499 1.4346 1.5253 1.6225 1.7272 1.8388 1.959 2.0876 2.2261 2.3748 2.5352 2.7092 2.8985 3.1043 0.95236 0.95914 0.96597 0.97303 0.98007 0.98721 0.99432 1.0017 1.0093 1.0169 1.0246 1.0325 1.0405 1.0484 1.0566 1.0648 1.0733 1.0821 1.0909 1.1001 1.1094 1.1188 1.1287 1.1388 1.1493 1.1603 1.1712 1.1831 1.195 1.2074 1.2202 1.2336 1.2478 1.2623 1.2776 1.2938 1.3104 1.328 1.3462 1.365 1.3847 1.4056 1.4275 1.4505 1.4744 1.4997 1.5262 1.5543 1.5838 1.6147 1.6477 1.6823 1.7185 1.757 1.798 1.8413 1.8867 1.935 1.9862 2.0405 2.098 2.1593 2.2243 2.2936 2.367 2.4444 2.5271 2.6151 2.7085 2.8091 2.9153 3.0281 3.1487 3.2777 3.4131 3.5604 3.7168 3.8846 4.0655 4.258 4.4711
6 0.064373 0.0055048 0.0060139 0.0065548 0.007121 0.007606 0.0079089 0.0082748 0.008691 0.0090581 0.0093708 0.0095698 0.009807 0.010026 0.010163 0.010241 0.010298 0.010365 0.010454 0.010558 0.010703 0.010857 0.011143 0.011486 0.011948 0.012565 0.013295 0.014191 0.015286 0.016561 0.018012 0.019711 0.021654 0.023832 0.026281 0.029136 0.032289 0.035921 0.039992 0.044445 0.049596 0.055269 0.061664 0.068908 0.076897 0.085847 0.095805 0.10682 0.11903 0.13254 0.14758 0.16418 0.18258 0.20293 0.22552 0.25057 0.27812 0.30862 0.34208 0.37893 0.41939 0.46357 0.51193 0.56444 0.6214 0.68327 0.75003 0.82219 0.89978 0.98371 1.0739 1.171 1.2756 1.3881 1.5094 1.6397 1.7804 1.9322 2.0971 2.2773 2.4751 2.6927 0.0057033 0.006209 0.0067354 0.0072852 0.007751 0.0080361 0...% Consumption Choices tb_az_c = ff_summ_nd_array(“MEAN(C(A,Z) - C(A,Z|unemp))”, cons_VFI_unemp_drop, true, [“mean”], 4, 1, cl_mp_datasetdesc, ar_permute);
xxx MEAN(C(A,Z) - C(A,Z|unemp)) xxxxxxxxxxxxxxxxxxxxxxxxxxx
group savings mean_eta_1 mean_eta_2 mean_eta_3 mean_eta_4 mean_eta_5 mean_eta_6 mean_eta_7 mean_eta_8 mean_eta_9 mean_eta_10 mean_eta_11 mean_eta_12 mean_eta_13 mean_eta_14 mean_eta_15 mean_eta_16 mean_eta_17 mean_eta_18 mean_eta_19 mean_eta_20 mean_eta_21 mean_eta_22 mean_eta_23 mean_eta_24 mean_eta_25 mean_eta_26 mean_eta_27 mean_eta_28 mean_eta_29 mean_eta_30 mean_eta_31 mean_eta_32 mean_eta_33 mean_eta_34 mean_eta_35 mean_eta_36 mean_eta_37 mean_eta_38 mean_eta_39 mean_eta_40 mean_eta_41 mean_eta_42 mean_eta_43 mean_eta_44 mean_eta_45 mean_eta_46 mean_eta_47 mean_eta_48 mean_eta_49 mean_eta_50 mean_eta_51 mean_eta_52 mean_eta_53 mean_eta_54 mean_eta_55 mean_eta_56 mean_eta_57 mean_eta_58 mean_eta_59 mean_eta_60 mean_eta_61 mean_eta_62 mean_eta_63 mean_eta_64 mean_eta_65 mean_eta_66 mean_eta_67 mean_eta_68 mean_eta_69 mean_eta_70 mean_eta_71 mean_eta_72 mean_eta_73 mean_eta_74 mean_eta_75 mean_eta_76 mean_eta_77 mean_eta_78 mean_eta_79 mean_eta_80 mean_eta_81 mean_eta_82 mean_eta_83 mean_eta_84 mean_eta_85 mean_eta_86 mean_eta_87 mean_eta_88 mean_eta_89 mean_eta_90 mean_eta_91 mean_eta_92 mean_eta_93 mean_eta_94 mean_eta_95 mean_eta_96 mean_eta_97 mean_eta_98 mean_eta_99 mean_eta_100 mean_eta_101 mean_eta_102 mean_eta_103 mean_eta_104 mean_eta_105 mean_eta_106 mean_eta_107 mean_eta_108 mean_eta_109 mean_eta_110 mean_eta_111 mean_eta_112 mean_eta_113 mean_eta_114 mean_eta_115 mean_eta_116 mean_eta_117 mean_eta_118 mean_eta_119 mean_eta_120 mean_eta_121 mean_eta_122 mean_eta_123 mean_eta_124 mean_eta_125 mean_eta_126 mean_eta_127 mean_eta_128 mean_eta_129 mean_eta_130 mean_eta_131 mean_eta_132 mean_eta_133 mean_eta_134 mean_eta_135 mean_eta_136 mean_eta_137 mean_eta_138 mean_eta_139 mean_eta_140 mean_eta_141 mean_eta_142 mean_eta_143 mean_eta_144 mean_eta_145 mean_eta_146 mean_eta_147 mean_eta_148 mean_eta_149 mean_eta_150 mean_eta_151 mean_eta_152 mean_eta_153 mean_eta_154 mean_eta_155 mean_eta_156 mean_eta_157 mean_eta_158 mean_eta_159 mean_eta_160 mean_eta_161 mean_eta_162 mean_eta_163 mean_eta_164 mean_eta_165 mean_eta_166 mean_eta_167 mean_eta_168 mean_eta_169 mean_eta_170 mean_eta_171 mean_eta_172 mean_eta_173 mean_eta_174 mean_eta_175 mean_eta_176 mean_eta_177 mean_eta_178 mean_eta_179 mean_eta_180 mean_eta_181 mean_eta_182 mean_eta_183 mean_eta_184 mean_eta_185 mean_eta_186 mean_eta_187 mean_eta_188 mean_eta_189 mean_eta_190 mean_eta_191 mean_eta_192 mean_eta_193 mean_eta_194 mean_eta_195 mean_eta_196 mean_eta_197 mean_eta_198 mean_eta_199 mean_eta_200 mean_eta_201 mean_eta_202 mean_eta_203 mean_eta_204 mean_eta_205 mean_eta_206 mean_eta_207 mean_eta_208 mean_eta_209 mean_eta_210 mean_eta_211 mean_eta_212 mean_eta_213 mean_eta_214 mean_eta_215 mean_eta_216 mean_eta_217 mean_eta_218 mean_eta_219 mean_eta_220 mean_eta_221 mean_eta_222 mean_eta_223 mean_eta_224 mean_eta_225 mean_eta_226 mean_eta_227 mean_eta_228 mean_eta_229 mean_eta_230 mean_eta_231 mean_eta_232 mean_eta_233 mean_eta_234 mean_eta_235 mean_eta_236 mean_eta_237 mean_eta_238 mean_eta_239 mean_eta_240 mean_eta_241 mean_eta_242 mean_eta_243 mean_eta_244 mean_eta_245 mean_eta_246 mean_eta_247 mean_eta_248 mean_eta_249 mean_eta_250 mean_eta_251 mean_eta_252 mean_eta_253 mean_eta_254 mean_eta_255 mean_eta_256 mean_eta_257 mean_eta_258 mean_eta_259 mean_eta_260 mean_eta_261 mean_eta_262 mean_eta_263 mean_eta_264 mean_eta_265 mean_eta_266 mean_eta_267 mean_eta_268 mean_eta_269 mean_eta_270 mean_eta_271 mean_eta_272 mean_eta_273 mean_eta_274 mean_eta_275 mean_eta_276 mean_eta_277 mean_eta_278 mean_eta_279 mean_eta_280 mean_eta_281 mean_eta_282 mean_eta_283 mean_eta_284 mean_eta_285 mean_eta_286 mean_eta_287 mean_eta_288 mean_eta_289 mean_eta_290 mean_eta_291 mean_eta_292 mean_eta_293 mean_eta_294 mean_eta_295 mean_eta_296 mean_eta_297 mean_eta_298 mean_eta_299 mean_eta_300 mean_eta_301 mean_eta_302 mean_eta_303 mean_eta_304 mean_eta_305 mean_eta_306 mean_eta_307 mean_eta_308 mean_eta_309 mean_eta_310 mean_eta_311 mean_eta_312 mean_eta_313 mean_eta_314 mean_eta_315 mean_eta_316 mean_eta_317 mean_eta_318 mean_eta_319 mean_eta_320 mean_eta_321 mean_eta_322 mean_eta_323 mean_eta_324 mean_eta_325 mean_eta_326 mean_eta_327 mean_eta_328 mean_eta_329 mean_eta_330 mean_eta_331 mean_eta_332 mean_eta_333 mean_eta_334 mean_eta_335 mean_eta_336 mean_eta_337 mean_eta_338 mean_eta_339 mean_eta_340 mean_eta_341 mean_eta_342 mean_eta_343 mean_eta_344 mean_eta_345 mean_eta_346 mean_eta_347 mean_eta_348 mean_eta_349 mean_eta_350 mean_eta_351 mean_eta_352 mean_eta_353 mean_eta_354 mean_eta_355 mean_eta_356 mean_eta_357 mean_eta_358 mean_eta_359 mean_eta_360 mean_eta_361 mean_eta_362 mean_eta_363 mean_eta_364 mean_eta_365 mean_eta_366 mean_eta_367 mean_eta_368 mean_eta_369 mean_eta_370 mean_eta_371 mean_eta_372 mean_eta_373 mean_eta_374 mean_eta_375 mean_eta_376 mean_eta_377 mean_eta_378 mean_eta_379 mean_eta_380 mean_eta_381 mean_eta_382 mean_eta_383 mean_eta_384 mean_eta_385 mean_eta_386 mean_eta_387 mean_eta_388 mean_eta_389 mean_eta_390 mean_eta_391 mean_eta_392 mean_eta_393 mean_eta_394 mean_eta_395 mean_eta_396 mean_eta_397 mean_eta_398 mean_eta_399 mean_eta_400 mean_eta_401 mean_eta_402 mean_eta_403 mean_eta_404 mean_eta_405
_____ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________
1 0 0.019317 0.020449 0.021654 0.022935 0.024299 0.02575 0.027293 0.028935 0.030682 0.032539 0.034516 0.036618 0.038855 0.041234 0.043765 0.046458 0.049322 0.052368 0.055601 0.059027 0.062646 0.066457 0.070452 0.074626 0.078991 0.083544 0.088289 0.093209 0.098327 0.10359 0.10903 0.11473 0.12061 0.12671 0.13307 0.13966 0.14641 0.15348 0.16071 0.16819 0.17596 0.18386 0.19212 0.20046 0.20908 0.21777 0.22674 0.23578 0.24505 0.25447 0.26381 0.27332 0.28266 0.29195 0.30106 0.30981 0.31833 0.32634 0.33401 0.34117 0.34775 0.35372 0.35896 0.36358 0.36767 0.37147 0.37449 0.37735 0.37967 0.38146 0.383 0.38357 0.38402 0.38322 0.38204 0.37909 0.37454 0.36762 0.35622 0.3381 0.31258 0.028042 0.029207 0.030444 0.031758 0.033154 0.034636 0.036211 0.037884 0.039662 0.04155 0.043557 0.04569 0.047957 0.050367 0.052929 0.055653 0.058549 0.061626 0.064891 0.068349 0.072001 0.075845 0.079874 0.084083 0.088484 0.093072 0.097848 0.10278 0.1079 0.11318 0.11864 0.12434 0.13024 0.1363 0.14268 0.14913 0.15583 0.16277 0.16986 0.17721 0.18476 0.19251 0.20044 0.20856 0.21681 0.22515 0.23378 0.24239 0.25119 0.25999 0.26885 0.27774 0.28636 0.29494 0.30325 0.31125 0.31892 0.32633 0.33329 0.33977 0.3458 0.35119 0.35603 0.36039 0.36429 0.36792 0.37089 0.3737 0.37591 0.37764 0.37911 0.37971 0.38011 0.37951 0.37828 0.37572 0.37131 0.36449 0.35333 0.33582 0.31102 0.051094 0.052267 0.053614 0.055108 0.056725 0.058452 0.060285 0.062228 0.064282 0.066455 0.068764 0.071198 0.073774 0.076507 0.079394 0.082442 0.085674 0.089086 0.092679 0.096444 0.10039 0.10455 0.10883 0.11326 0.11785 0.12263 0.12751 0.1325 0.13759 0.14278 0.14809 0.15358 0.15918 0.16489 0.17072 0.17659 0.18256 0.18869 0.1948 0.20102 0.20735 0.21366 0.22009 0.22656 0.23307 0.23964 0.24625 0.25279 0.25936 0.26589 0.27228 0.27876 0.28507 0.29123 0.29729 0.30313 0.30871 0.31425 0.31941 0.32448 0.32919 0.33361 0.33777 0.34159 0.34511 0.34832 0.35132 0.3538 0.35612 0.35783 0.35935 0.3603 0.36089 0.361 0.36012 0.35864 0.35495 0.34955 0.34007 0.32503 0.30321 0.062838 0.063574 0.064373 0.065235 0.066168 0.067184 0.068271 0.069423 0.070632 0.071877 0.073176 0.07452 0.075932 0.077431 0.079015 0.080715 0.082524 0.084445 0.086462 0.088558 0.090714 0.093007 0.095328 0.097709 0.10014 0.1027 0.10531 0.10787 0.11029 0.1126 0.11488 0.11734 0.11977 0.12208 0.12448 0.12703 0.12958 0.13235 0.13519 0.13817 0.14106 0.14424 0.14732 0.15033 0.15378 0.15732 0.16115 0.16481 0.16884 0.17316 0.17755 0.18234 0.18682 0.19146 0.19649 0.2015 0.20646 0.21112 0.21602 0.22129 0.22596 0.2306 0.23518 0.24002 0.24442 0.24865 0.25313 0.25726 0.26119 0.26519 0.2691 0.27253 0.27643 0.27967 0.28288 0.28543 0.28708 0.2874 0.28553 0.27979 0.26999 0.12155 0.12241 0.12333 0.1244 0.1252 0.12618 0.12734 0.12851 0.12948 0.13041 0.13165 0.13266 0.13399 0.13536 0.13694 0.13844 0.14031 0.14197 0.14385 0.14578 0.14762 0.14969 0.15188 0.15401 0.1563 0.15844 0.16093 0.1633 0.16554 0.16808 0.17049 0.17301 0.17536 0.17783 0.18019 0.18247 0.1848 0.18713 0.18948 0.19211 0.19487 0.19747 0.19991 0.20243 0.2052 0.20796 0.21081 0.21347 0.21636 0.21931 0.22228 0.22527 0.2287 0.23194 0.23514 0.23808 0.24165 0.24531 0.24883 0.25242 0.25631 0.26042 0.2641 0.26725 0.27128 0.27616 0.28049 0.28533 0.28959 0.29388 0.29827 0.30352 0.30823 0.3125 0.3191 0.32324 0.32744 0.33116 0.33253 0.33444 0.32862
2 0.00051498 0.019317 0.020449 0.021653 0.022934 0.024298 0.025748 0.027291 0.028933 0.030679 0.032537 0.034514 0.036617 0.038854 0.041233 0.043764 0.046457 0.049321 0.052365 0.055594 0.059019 0.062633 0.066443 0.070434 0.074608 0.078966 0.083514 0.088254 0.093168 0.098282 0.10354 0.10898 0.11467 0.12054 0.12664 0.13299 0.13958 0.14631 0.15339 0.16061 0.16808 0.17585 0.18374 0.192 0.20034 0.20895 0.21764 0.2266 0.23563 0.24491 0.25432 0.26366 0.27316 0.2825 0.29179 0.30089 0.30963 0.31815 0.32616 0.33383 0.34098 0.34756 0.35352 0.35875 0.36338 0.36746 0.37126 0.37428 0.37715 0.37947 0.38126 0.3828 0.38338 0.38384 0.38304 0.38185 0.37891 0.37437 0.36745 0.35607 0.33796 0.31245 0.028042 0.029207 0.030444 0.031757 0.033152 0.034634 0.036209 0.037882 0.039659 0.041548 0.043556 0.045689 0.047956 0.050367 0.052928 0.055652 0.058547 0.061623 0.064883 0.06834 0.071988 0.075831 0.079856 0.084065 0.088459 0.093042 0.097813 0.10274 0.10786 0.11313 0.11858 0.12428 0.13017 0.13623 0.14259 0.14904 0.15573 0.16267 0.16975 0.1771 0.18465 0.19239 0.20032 0.20844 0.21667 0.22502 0.23364 0.24225 0.25104 0.25983 0.26869 0.27758 0.2862 0.29477 0.30308 0.31107 0.31874 0.32614 0.33309 0.33957 0.3456 0.35099 0.35583 0.36018 0.36409 0.36772 0.37069 0.3735 0.37571 0.37745 0.37891 0.37952 0.37992 0.37933 0.3781 0.37554 0.37114 0.36433 0.35317 0.33568 0.3109 0.050997 0.05217 0.053516 0.05501 0.056626 0.058352 0.060185 0.062125 0.064178 0.06635 0.068656 0.07109 0.073665 0.076397 0.079282 0.082328 0.085558 0.088968 0.092556 0.096319 0.10026 0.10442 0.1087 0.11314 0.11772 0.12249 0.12736 0.13235 0.13743 0.14262 0.14793 0.15341 0.159 0.1647 0.17053 0.17639 0.18235 0.18848 0.19459 0.20081 0.20714 0.21343 0.21986 0.22634 0.23284 0.23941 0.24601 0.25256 0.25912 0.26565 0.27203 0.27852 0.28483 0.29099 0.29705 0.30289 0.30847 0.31401 0.31916 0.32424 0.32895 0.33337 0.33752 0.34135 0.34487 0.34809 0.35109 0.35357 0.3559 0.35761 0.35913 0.36008 0.36068 0.36079 0.35992 0.35844 0.35477 0.34937 0.3399 0.32488 0.30307 0.06281 0.063545 0.064345 0.065209 0.066142 0.067158 0.068243 0.069397 0.070603 0.07185 0.073144 0.074489 0.075902 0.077397 0.078985 0.080684 0.082496 0.084417 0.086425 0.088524 0.090673 0.092963 0.095283 0.097664 0.10009 0.10265 0.10524 0.10779 0.11021 0.11252 0.11478 0.11724 0.11966 0.12198 0.12437 0.1269 0.12944 0.13222 0.13505 0.13802 0.14091 0.14407 0.14716 0.15018 0.15362 0.15716 0.16098 0.16463 0.16867 0.17298 0.17737 0.18215 0.18663 0.19128 0.19631 0.20131 0.20628 0.21093 0.21584 0.22111 0.22578 0.23043 0.235 0.23984 0.24425 0.24848 0.25297 0.2571 0.26103 0.26503 0.26894 0.27237 0.27628 0.27953 0.28274 0.28529 0.28695 0.28727 0.28541 0.27969 0.2699 0.12154 0.12241 0.12333 0.12439 0.12519 0.12617 0.12734 0.1285 0.12947 0.1304 0.13164 0.13265 0.13399 0.13535 0.13693 0.13843 0.14031 0.14196 0.14383 0.14577 0.1476 0.14967 0.15186 0.15399 0.15628 0.1584 0.1609 0.16326 0.16549 0.16803 0.17042 0.17295 0.17529 0.17776 0.18011 0.18238 0.1847 0.18704 0.18937 0.19202 0.19476 0.19737 0.1998 0.20232 0.20509 0.20785 0.2107 0.21336 0.21625 0.2192 0.22216 0.22516 0.2286 0.23183 0.23503 0.23797 0.24154 0.2452 0.24872 0.25231 0.2562 0.26031 0.26399 0.26714 0.27118 0.27607 0.28039 0.28523 0.28949 0.29378 0.29818 0.30342 0.30814 0.31242 0.31902 0.32316 0.32736 0.33109 0.33247 0.33438 0.32856
3 0.0041199 0.019303 0.020411 0.021591 0.022862 0.024224 0.025679 0.027227 0.028875 0.030628 0.032488 0.034466 0.036568 0.038804 0.041182 0.04371 0.046397 0.049251 0.05228 0.055502 0.058915 0.062518 0.06631 0.070283 0.074444 0.078768 0.083282 0.087981 0.092848 0.097929 0.10315 0.10854 0.11419 0.12001 0.12608 0.13241 0.13896 0.14566 0.1527 0.15986 0.16732 0.17507 0.18294 0.19116 0.19947 0.20803 0.21672 0.22568 0.23464 0.24391 0.25327 0.26262 0.2721 0.28139 0.29066 0.2997 0.30842 0.31694 0.32489 0.33255 0.33964 0.34619 0.35214 0.35732 0.36197 0.36605 0.36984 0.37286 0.37575 0.37808 0.37986 0.38145 0.38203 0.38254 0.38178 0.38054 0.37767 0.37317 0.36631 0.35499 0.33694 0.31158 0.028028 0.029169 0.030382 0.031685 0.033079 0.034565 0.036145 0.037824 0.039608 0.041499 0.043507 0.04564 0.047906 0.050315 0.052874 0.055592 0.058477 0.061538 0.064792 0.068237 0.071872 0.075698 0.079705 0.083902 0.088261 0.092809 0.09754 0.10242 0.1075 0.11274 0.11814 0.12381 0.12963 0.13567 0.14199 0.1484 0.15506 0.16195 0.16899 0.17631 0.18384 0.19156 0.19944 0.20754 0.21572 0.22408 0.23267 0.24122 0.24999 0.25876 0.26759 0.27645 0.28505 0.29359 0.30184 0.30983 0.31746 0.32483 0.33177 0.3382 0.34421 0.34958 0.3544 0.35876 0.36268 0.36628 0.36927 0.37208 0.37432 0.37607 0.37754 0.37817 0.3786 0.37807 0.37681 0.3743 0.36997 0.3632 0.3521 0.3347 0.31003 0.05029 0.051438 0.052756 0.054237 0.055851 0.057579 0.059414 0.061356 0.063409 0.065576 0.06787 0.070289 0.072851 0.075574 0.078439 0.081465 0.084673 0.088061 0.091635 0.095379 0.099324 0.10346 0.10772 0.11218 0.11674 0.12149 0.1263 0.13122 0.13626 0.14141 0.14671 0.15216 0.15769 0.16336 0.16915 0.17498 0.1809 0.187 0.19307 0.19926 0.20559 0.21185 0.21825 0.22474 0.2312 0.23778 0.24437 0.25089 0.25744 0.26395 0.27036 0.27686 0.28316 0.2893 0.29533 0.30117 0.3068 0.3123 0.31747 0.32255 0.32726 0.33169 0.33581 0.33967 0.34322 0.34646 0.34947 0.35196 0.35432 0.35603 0.35759 0.35854 0.35919 0.35936 0.35846 0.35703 0.35343 0.34809 0.33866 0.32375 0.30206 0.062592 0.063315 0.064094 0.064964 0.065911 0.066933 0.068017 0.069174 0.070363 0.07161 0.072887 0.074221 0.075638 0.077132 0.078725 0.080424 0.082237 0.084155 0.086146 0.088214 0.09036 0.092619 0.094934 0.097305 0.09969 0.10221 0.10475 0.10723 0.10962 0.11186 0.11407 0.11647 0.11885 0.12122 0.12357 0.126 0.1285 0.13126 0.13403 0.13702 0.13985 0.14295 0.14601 0.14908 0.15243 0.15599 0.15978 0.16342 0.16744 0.17169 0.1761 0.18086 0.18532 0.18995 0.19499 0.20002 0.205 0.20962 0.21458 0.21985 0.22451 0.22918 0.23375 0.23861 0.24303 0.24728 0.2518 0.25594 0.25988 0.26388 0.26782 0.27129 0.27526 0.27856 0.28175 0.28432 0.28603 0.28643 0.28461 0.27897 0.26927 0.12149 0.12235 0.12327 0.12429 0.12509 0.12608 0.12727 0.12839 0.12935 0.13029 0.13155 0.13257 0.1339 0.13526 0.13684 0.13835 0.14022 0.14185 0.14371 0.14561 0.14746 0.1495 0.15168 0.1538 0.15606 0.15814 0.1606 0.1629 0.16513 0.16762 0.16996 0.17248 0.17475 0.1772 0.17954 0.18177 0.18406 0.18639 0.18866 0.19133 0.19405 0.19662 0.19902 0.20158 0.20432 0.20709 0.20995 0.21259 0.21545 0.21844 0.22138 0.2244 0.22784 0.23107 0.23424 0.23719 0.24079 0.24445 0.24799 0.25159 0.25548 0.25956 0.26323 0.26644 0.27052 0.27538 0.27972 0.28456 0.28885 0.29311 0.29756 0.30278 0.30756 0.31186 0.31846 0.32258 0.32684 0.33057 0.33202 0.33397 0.32819
4 0.013905 0.018158 0.019236 0.020397 0.021652 0.023006 0.024457 0.026004 0.027651 0.029403 0.031266 0.03325 0.035362 0.03761 0.040001 0.042543 0.045244 0.048113 0.051156 0.054382 0.057806 0.061398 0.065153 0.069087 0.073183 0.077472 0.081942 0.086574 0.091386 0.096393 0.10154 0.1069 0.11245 0.11824 0.12423 0.1305 0.13696 0.14362 0.15062 0.15769 0.16515 0.17281 0.18067 0.18878 0.19706 0.20555 0.21414 0.22306 0.23195 0.24117 0.25043 0.25976 0.26921 0.27837 0.28754 0.29651 0.30516 0.31358 0.32146 0.32912 0.33607 0.3425 0.34841 0.3535 0.35811 0.36221 0.36597 0.36902 0.37195 0.37429 0.37612 0.37781 0.37839 0.37899 0.37835 0.37706 0.37433 0.36996 0.36321 0.35205 0.33416 0.3092 0.026882 0.027993 0.029186 0.030474 0.03186 0.033342 0.034921 0.036599 0.038382 0.040276 0.042291 0.044434 0.046712 0.049134 0.051707 0.054439 0.057338 0.060413 0.063671 0.067127 0.070753 0.07454 0.078509 0.08264 0.086965 0.091464 0.096125 0.10095 0.10594 0.11112 0.11647 0.12207 0.1278 0.13382 0.14001 0.14636 0.15298 0.15979 0.1668 0.17406 0.18151 0.1892 0.19695 0.20506 0.21313 0.22143 0.22993 0.23842 0.24717 0.25584 0.2646 0.27337 0.28195 0.29032 0.29849 0.3064 0.31398 0.32131 0.3282 0.33452 0.34038 0.34574 0.35057 0.35486 0.35888 0.36237 0.36543 0.36827 0.37056 0.37235 0.37388 0.37454 0.37505 0.37462 0.37338 0.37095 0.36677 0.36017 0.34916 0.33202 0.30769 0.047109 0.048196 0.049482 0.050944 0.052551 0.05428 0.056117 0.058062 0.060121 0.062299 0.064596 0.067026 0.069607 0.072318 0.075173 0.078199 0.081391 0.084751 0.088283 0.092001 0.095922 0.09998 0.1042 0.10854 0.11308 0.11774 0.12249 0.12737 0.13242 0.13758 0.14286 0.14821 0.15371 0.15931 0.16497 0.17076 0.17663 0.18265 0.1887 0.19487 0.20112 0.20737 0.2137 0.22019 0.22664 0.23316 0.23974 0.24622 0.25279 0.25932 0.26572 0.27222 0.2785 0.2846 0.29064 0.29644 0.30213 0.30759 0.31288 0.31792 0.32258 0.32711 0.33122 0.33507 0.33876 0.34199 0.345 0.3475 0.34997 0.35171 0.35336 0.35437 0.35505 0.35537 0.35452 0.35314 0.34975 0.34459 0.33525 0.32063 0.2993 0.060956 0.061674 0.062441 0.063308 0.06426 0.065264 0.066344 0.06747 0.068632 0.06984 0.071117 0.072449 0.073881 0.07542 0.077043 0.078767 0.080611 0.08253 0.0845 0.086526 0.088679 0.090893 0.093168 0.095466 0.097866 0.1003 0.10271 0.10506 0.10734 0.10951 0.1117 0.11392 0.11624 0.11877 0.12109 0.12332 0.12569 0.12838 0.13105 0.13414 0.1369 0.13985 0.14278 0.14604 0.14927 0.15272 0.15645 0.16008 0.16406 0.16819 0.17264 0.17737 0.1818 0.18632 0.19144 0.19653 0.20145 0.20609 0.21114 0.21644 0.22102 0.22579 0.23035 0.2353 0.23974 0.24405 0.24861 0.25278 0.25677 0.26083 0.26485 0.26835 0.27243 0.27582 0.27905 0.28169 0.28356 0.28413 0.28238 0.27699 0.26756 0.12024 0.12112 0.12203 0.12299 0.1238 0.1248 0.12597 0.12704 0.12797 0.12893 0.1302 0.13127 0.1326 0.13398 0.13556 0.13717 0.13901 0.14064 0.14247 0.14434 0.14624 0.1483 0.15041 0.15246 0.15471 0.15671 0.15914 0.16129 0.16356 0.16595 0.16828 0.17075 0.17292 0.17536 0.17766 0.17983 0.18208 0.18439 0.18661 0.18935 0.192 0.1945 0.19689 0.19952 0.20222 0.20496 0.20783 0.21048 0.21333 0.21639 0.21919 0.22233 0.22575 0.22892 0.23213 0.23509 0.23873 0.24241 0.24603 0.24967 0.25353 0.25753 0.26125 0.26462 0.26875 0.27352 0.27792 0.2827 0.28716 0.29129 0.29588 0.30108 0.30592 0.31032 0.31695 0.32103 0.32543 0.32919 0.33079 0.33282 0.32714
5 0.032959 0.015393 0.016304 0.017314 0.018464 0.019763 0.021193 0.022744 0.024401 0.026161 0.028045 0.030048 0.032175 0.034431 0.036827 0.039369 0.042066 0.044926 0.047957 0.051159 0.054537 0.058105 0.061824 0.065723 0.069775 0.073989 0.078377 0.082933 0.087683 0.092565 0.097623 0.10293 0.10841 0.11413 0.12008 0.12628 0.13261 0.13931 0.1461 0.15319 0.16061 0.16809 0.17596 0.18395 0.19215 0.20051 0.20908 0.21781 0.22665 0.23574 0.24484 0.2541 0.26336 0.27242 0.28144 0.29027 0.2988 0.30703 0.31479 0.32227 0.32901 0.33528 0.34103 0.3461 0.3507 0.35475 0.35845 0.36162 0.36464 0.36697 0.36897 0.37058 0.37141 0.37199 0.37157 0.37039 0.36795 0.36392 0.35727 0.34635 0.32898 0.30456 0.024116 0.025059 0.026102 0.027285 0.028615 0.030077 0.03166 0.033348 0.035139 0.037055 0.039088 0.041245 0.043533 0.045959 0.048532 0.05126 0.054151 0.057214 0.060448 0.063858 0.067459 0.071212 0.075144 0.079232 0.083475 0.087893 0.092456 0.097204 0.1021 0.10717 0.11249 0.11798 0.12364 0.12961 0.13566 0.14196 0.14853 0.15517 0.16219 0.16934 0.17671 0.18427 0.19202 0.19991 0.20792 0.21616 0.22444 0.23291 0.24157 0.25008 0.25867 0.26721 0.27568 0.28395 0.29197 0.29973 0.30728 0.31434 0.32105 0.32719 0.33296 0.3382 0.34309 0.34741 0.35131 0.35483 0.35803 0.3609 0.36331 0.36521 0.36678 0.36756 0.36818 0.36788 0.36682 0.36453 0.36067 0.35428 0.34355 0.32693 0.30307 0.040267 0.041088 0.042144 0.043435 0.044928 0.046588 0.048416 0.050376 0.05244 0.054636 0.056963 0.059409 0.061982 0.064704 0.067577 0.070596 0.073781 0.077107 0.080612 0.084317 0.08816 0.092132 0.096238 0.10049 0.10488 0.1094 0.11404 0.11883 0.12372 0.12872 0.13385 0.13914 0.14456 0.15013 0.15576 0.16151 0.16745 0.17332 0.17939 0.1855 0.19166 0.19794 0.20434 0.21072 0.21722 0.22377 0.23029 0.23678 0.24344 0.24991 0.25631 0.26278 0.26902 0.27513 0.28123 0.28704 0.29277 0.29831 0.30357 0.30855 0.31327 0.31784 0.32208 0.32598 0.32975 0.33301 0.33613 0.33874 0.34128 0.34312 0.34493 0.34602 0.34687 0.34734 0.34669 0.34536 0.3424 0.33753 0.32845 0.3144 0.29371 0.057332 0.057872 0.058518 0.059283 0.060172 0.061169 0.062231 0.063327 0.064504 0.065738 0.067017 0.068413 0.069897 0.071445 0.073122 0.07484 0.076622 0.078467 0.080379 0.082394 0.084499 0.08661 0.088788 0.091052 0.093352 0.095614 0.097853 0.10004 0.10218 0.10428 0.10641 0.10855 0.1108 0.1132 0.11567 0.11799 0.12018 0.12248 0.12518 0.12792 0.13112 0.13394 0.13669 0.13979 0.14318 0.14654 0.15009 0.15365 0.15761 0.1616 0.16594 0.17057 0.17497 0.17956 0.18468 0.18984 0.19475 0.19941 0.20458 0.20975 0.21437 0.21916 0.22393 0.229 0.23342 0.2378 0.24254 0.24671 0.25088 0.25502 0.25919 0.26285 0.26701 0.27048 0.27396 0.27671 0.27893 0.27976 0.27821 0.2732 0.26432 0.11733 0.11806 0.11887 0.1196 0.12047 0.12139 0.1225 0.12351 0.12443 0.12554 0.12667 0.12786 0.12918 0.13069 0.13219 0.13389 0.13557 0.13721 0.13906 0.14076 0.14274 0.14487 0.14683 0.14898 0.15103 0.15299 0.15538 0.15732 0.15966 0.16197 0.16433 0.16664 0.16877 0.17123 0.17347 0.17557 0.17793 0.18009 0.18241 0.18511 0.18775 0.1902 0.19271 0.19523 0.19809 0.2008 0.20358 0.20633 0.20925 0.21227 0.21506 0.21816 0.22162 0.22489 0.22798 0.23113 0.23485 0.23846 0.24215 0.24587 0.24975 0.25356 0.25741 0.26114 0.26516 0.26991 0.27444 0.27905 0.28394 0.28778 0.29259 0.2979 0.30278 0.30738 0.31415 0.3181 0.32279 0.32653 0.32837 0.33065 0.32508
6 0.064373 0.013769 0.014391 0.015053 0.015767 0.016645 0.017792 0.018968 0.020193 0.021572 0.023116 0.024893 0.026758 0.028775 0.031016 0.033469 0.036104 0.038902 0.04186 0.044999 0.048304 0.051823 0.055445 0.059263 0.06323 0.067329 0.071622 0.076074 0.080677 0.085473 0.090491 0.095687 0.10109 0.10675 0.11266 0.11872 0.12508 0.1316 0.13836 0.14547 0.15266 0.16017 0.16786 0.17566 0.18374 0.19196 0.20036 0.20896 0.21772 0.22664 0.23557 0.2446 0.25362 0.26259 0.27135 0.27985 0.28817 0.29606 0.30366 0.31074 0.31727 0.32337 0.3288 0.33385 0.33847 0.34247 0.3462 0.34946 0.35256 0.35497 0.35718 0.35888 0.35997 0.36065 0.36042 0.35956 0.35746 0.35385 0.3475 0.33694 0.32066 0.29727 0.02229 0.022948 0.023658 0.024421 0.02535 0.026547 0....Graph Mean Values Change:
mp_support_graph('cl_st_graph_title') = {'MEAN(val(a,z) - val(a,z|unemp)), a=x, z=color'};
mp_support_graph('cl_st_ytitle') = {'MEAN(val(a,z) - val(a,z|unemp))'};
ff_graph_grid((tb_az_v{1:end, 3:end})', ar_st_eta_HS_grid, agrid, mp_support_graph);
Graph Mean Savings Choices Change:
mp_support_graph('cl_st_graph_title') = {'MEAN(ap(a,z) - ap(a,z|unemp)), a=x, z=color'};
mp_support_graph('cl_st_ytitle') = {'MEAN(ap(a,z) - ap(a,z|unemp))'};
ff_graph_grid((tb_az_ap{1:end, 3:end})', ar_st_eta_HS_grid, agrid, mp_support_graph);
Graph Mean Consumption Change:
mp_support_graph('cl_st_graph_title') = {'MEAN(C(a,z) - C(a,z|unemp)), a=x, z=color'};
mp_support_graph('cl_st_ytitle') = {'MEAN(C(a,z) - C(a,z|unemp))'};
ff_graph_grid((tb_az_c{1:end, 3:end})', ar_st_eta_HS_grid, agrid, mp_support_graph);
1.4 Analyze Kids and Marriage and Age
Aggregating over education, savings, and shocks, what are the differential effects of Marriage and Age.
% Generate some Data
mp_support_graph = containers.Map('KeyType', 'char', 'ValueType', 'any');
ar_row_grid = [...
"k0M0", "K1M0", "K2M0", "K3M0", "K4M0", ...
"k0M1", "K1M1", "K2M1", "K3M1", "K4M1"];
mp_support_graph('cl_st_xtitle') = {'Age'};
mp_support_graph('st_legend_loc') = 'best';
mp_support_graph('bl_graph_logy') = true; % do not log
mp_support_graph('st_rounding') = '6.2f'; % format shock legend
mp_support_graph('cl_scatter_shapes') = {...
'o', 'd' ,'s', 'x', '*', ...
'o', 'd', 's', 'x', '*'};
mp_support_graph('cl_colors') = {...
'red', 'red', 'red', 'red', 'red'...
'blue', 'blue', 'blue', 'blue', 'blue'};MEAN(V(KM,J) - V(KM,J | unemp)), MEAN(ap(KM,J) - ap(KM,J | unemp)), MEAN(c(KM,J) - c(KM,J | unemp))
Tabulate value and policies:
% Set
% NaN(n_jgrid,n_agrid,n_etagrid,n_educgrid,n_marriedgrid,n_kidsgrid);
ar_permute = [2,3,4,1,6,5];
% Value Function
tb_az_v = ff_summ_nd_array("MEAN(V(KM,J) - V(KM,J | unemp))", V_VFI_unemp_drop, true, ["mean"], 3, 1, cl_mp_datasetdesc, ar_permute);
xxx MEAN(V(KM,J) - V(KM,J | unemp)) xxxxxxxxxxxxxxxxxxxxxxxxxxx
group kids marry mean_age_18 mean_age_19 mean_age_20 mean_age_21 mean_age_22 mean_age_23 mean_age_24 mean_age_25 mean_age_26 mean_age_27 mean_age_28 mean_age_29 mean_age_30 mean_age_31 mean_age_32 mean_age_33 mean_age_34 mean_age_35 mean_age_36 mean_age_37 mean_age_38 mean_age_39 mean_age_40 mean_age_41 mean_age_42 mean_age_43 mean_age_44 mean_age_45 mean_age_46 mean_age_47 mean_age_48 mean_age_49 mean_age_50 mean_age_51 mean_age_52 mean_age_53 mean_age_54 mean_age_55 mean_age_56 mean_age_57 mean_age_58 mean_age_59 mean_age_60 mean_age_61 mean_age_62 mean_age_63 mean_age_64 mean_age_65 mean_age_66 mean_age_67 mean_age_68 mean_age_69 mean_age_70 mean_age_71 mean_age_72 mean_age_73 mean_age_74 mean_age_75 mean_age_76 mean_age_77 mean_age_78 mean_age_79 mean_age_80 mean_age_81 mean_age_82 mean_age_83 mean_age_84 mean_age_85 mean_age_86 mean_age_87 mean_age_88 mean_age_89 mean_age_90 mean_age_91 mean_age_92 mean_age_93 mean_age_94 mean_age_95 mean_age_96 mean_age_97 mean_age_98 mean_age_99 mean_age_100
_____ ____ _____ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ____________
1 1 0 0.61637 0.59885 0.58106 0.56498 0.55117 0.53931 0.52913 0.5204 0.51294 0.50658 0.50118 0.49664 0.49285 0.48973 0.48719 0.48518 0.48365 0.48256 0.48187 0.48155 0.48158 0.48196 0.48266 0.4837 0.48508 0.4868 0.4889 0.49138 0.49431 0.49773 0.50171 0.50631 0.51167 0.51791 0.52525 0.53396 0.54442 0.55715 0.57288 0.5927 0.61828 0.6524 0.7001 0.7714 0.88698 1.1031 1.6811 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
2 2 0 0.82734 0.80489 0.78136 0.75704 0.73572 0.71697 0.70044 0.68585 0.67293 0.66149 0.65135 0.64237 0.63443 0.62741 0.62123 0.6158 0.61107 0.60699 0.60351 0.60058 0.59819 0.5963 0.59491 0.59401 0.59358 0.59365 0.59421 0.5953 0.59695 0.59921 0.60214 0.60582 0.61037 0.61594 0.62274 0.63107 0.64132 0.65405 0.67006 0.6905 0.71721 0.75326 0.80423 0.88002 1.0009 1.2289 1.8433 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
3 3 0 0.96755 0.94502 0.92045 0.89136 0.86587 0.84346 0.8237 0.80623 0.79075 0.77701 0.76478 0.75391 0.74423 0.73561 0.72795 0.72116 0.71515 0.70988 0.70527 0.7013 0.69792 0.69512 0.69287 0.69117 0.69 0.68939 0.68933 0.68986 0.69102 0.69285 0.69544 0.69886 0.70324 0.70874 0.71559 0.72413 0.73477 0.74812 0.76503 0.78676 0.81529 0.85398 0.90883 0.99036 1.1202 1.3653 2.0336 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
4 4 0 1.0948 1.0713 1.045 1.0118 0.9827 0.95713 0.93457 0.91462 0.89691 0.88117 0.86713 0.85461 0.84342 0.83342 0.82449 0.81652 0.80943 0.80314 0.79761 0.79277 0.78859 0.78505 0.78213 0.77981 0.7781 0.77699 0.7765 0.77666 0.77752 0.77913 0.78158 0.78494 0.78936 0.79501 0.80214 0.81111 0.82237 0.83657 0.85463 0.8779 0.90851 0.95007 1.0091 1.0972 1.2376 1.5031 2.2351 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
5 5 0 1.2011 1.1779 1.151 1.1149 1.0833 1.0556 1.0313 1.0099 0.99096 0.97417 0.95927 0.94601 0.9342 0.92367 0.91429 0.90593 0.89849 0.8919 0.88609 0.88102 0.87663 0.8729 0.86982 0.86737 0.86554 0.86436 0.86384 0.86401 0.86494 0.86667 0.8693 0.87294 0.87772 0.88385 0.89161 0.90137 0.91363 0.9291 0.94878 0.97412 1.0074 1.0526 1.1169 1.2136 1.3686 1.6618 2.4775 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
6 1 1 0.76784 0.74924 0.73091 0.71544 0.70238 0.69155 0.6826 0.67533 0.66959 0.6652 0.66199 0.65985 0.65863 0.65822 0.65855 0.65951 0.66104 0.66306 0.66551 0.66835 0.67153 0.67502 0.6788 0.68284 0.68712 0.69165 0.69641 0.70142 0.70671 0.7123 0.71825 0.72459 0.73142 0.73884 0.74704 0.75625 0.76681 0.77916 0.7939 0.81188 0.83436 0.86332 0.90204 0.95651 1.0389 1.1793 1.4845 0.60196 0.58688 0.57143 0.55571 0.53998 0.52403 0.50789 0.49166 0.47523 0.45886 0.44229 0.42565 0.40912 0.39249 0.37607 0.35977 0.34368 0.32785 0.31217 0.29693 0.28225 0.26815 0.25449 0.24133 0.22892 0.21734 0.20648 0.196 0.18599 0.17643 0.16716 0.15744 0.14563 0.12913 0.10517 0.066227
7 2 1 0.93021 0.90698 0.88323 0.86203 0.84347 0.82724 0.813 0.80058 0.78978 0.78036 0.77219 0.76519 0.75926 0.75428 0.75016 0.74682 0.7442 0.74224 0.74089 0.74008 0.7398 0.73999 0.74065 0.74174 0.74325 0.74517 0.7475 0.75024 0.75342 0.75707 0.76121 0.76591 0.77123 0.7773 0.7843 0.79247 0.80213 0.81373 0.82787 0.84544 0.86774 0.89676 0.9358 0.99088 1.0744 1.2172 1.5317 0.63681 0.62089 0.60459 0.58833 0.5719 0.55524 0.53832 0.52138 0.5045 0.48758 0.47038 0.45322 0.4361 0.41909 0.40214 0.38531 0.36864 0.35196 0.33562 0.31989 0.30478 0.29018 0.27605 0.26271 0.25024 0.23846 0.22709 0.2162 0.20588 0.19606 0.18652 0.17642 0.16439 0.14797 0.12335 0.08116
8 3 1 1.0185 0.9941 0.96877 0.94495 0.92408 0.9058 0.88977 0.87574 0.86342 0.85262 0.84321 0.83507 0.82805 0.82201 0.81688 0.81258 0.80905 0.80623 0.80405 0.80246 0.80141 0.80087 0.80082 0.80123 0.8021 0.80339 0.80513 0.80732 0.80998 0.81314 0.81685 0.82116 0.82615 0.83195 0.83874 0.84678 0.85639 0.86802 0.88228 0.90006 0.92268 0.95219 0.99193 1.0479 1.1327 1.2782 1.6043 0.69395 0.67692 0.65964 0.64213 0.62474 0.60708 0.58922 0.57119 0.5532 0.53522 0.51712 0.49889 0.48086 0.4627 0.4446 0.42652 0.40865 0.39098 0.37353 0.35675 0.34066 0.32523 0.31027 0.29593 0.28249 0.26988 0.25783 0.24615 0.23488 0.22406 0.21362 0.20294 0.1903 0.1724 0.14459 0.09413
9 4 1 1.1171 1.0915 1.0645 1.0382 1.0151 0.99478 0.97693 0.96113 0.94715 0.93477 0.92381 0.91412 0.90556 0.89801 0.8914 0.88564 0.88066 0.87642 0.87284 0.86989 0.86752 0.86572 0.86447 0.86374 0.86352 0.86381 0.86461 0.86593 0.86779 0.87024 0.87332 0.87707 0.88157 0.88696 0.89339 0.90114 0.91052 0.92199 0.93617 0.95393 0.97659 1.0062 1.0461 1.1024 1.1883 1.3368 1.6767 0.74577 0.72794 0.70986 0.69156 0.67339 0.65499 0.63639 0.61757 0.5988 0.58007 0.56126 0.54227 0.52343 0.50437 0.48532 0.46627 0.44746 0.42894 0.41062 0.39293 0.37596 0.35966 0.34384 0.32854 0.31412 0.30059 0.28771 0.27518 0.26299 0.25124 0.23994 0.22848 0.21487 0.19475 0.16259 0.10539
10 5 1 1.1585 1.1346 1.1083 1.0807 1.0569 1.0362 1.018 1.0022 0.98843 0.97637 0.96573 0.95643 0.94831 0.94122 0.93505 0.92967 0.92504 0.92108 0.91774 0.91498 0.91276 0.91106 0.90986 0.90916 0.90894 0.90921 0.90997 0.91126 0.9131 0.91553 0.91862 0.9224 0.92697 0.93243 0.93896 0.94681 0.95626 0.96775 0.98188 0.9995 1.0219 1.0511 1.0907 1.1475 1.2357 1.391 1.7577 0.75188 0.73453 0.71689 0.69898 0.68106 0.66308 0.64508 0.6269 0.60882 0.59049 0.57211 0.55363 0.53516 0.51667 0.49791 0.47928 0.46095 0.44295 0.42509 0.40741 0.39043 0.37432 0.35893 0.34379 0.32911 0.31504 0.3018 0.2893 0.27718 0.26532 0.25378 0.24207 0.22852 0.20799 0.17416 0.1134
% Aprime Choice
tb_az_ap = ff_summ_nd_array("MEAN(ap(KM,J) - ap(KM,J | unemp))", ap_VFI_unemp_drop, true, ["mean"], 3, 1, cl_mp_datasetdesc, ar_permute);
xxx MEAN(ap(KM,J) - ap(KM,J | unemp)) xxxxxxxxxxxxxxxxxxxxxxxxxxx
group kids marry mean_age_18 mean_age_19 mean_age_20 mean_age_21 mean_age_22 mean_age_23 mean_age_24 mean_age_25 mean_age_26 mean_age_27 mean_age_28 mean_age_29 mean_age_30 mean_age_31 mean_age_32 mean_age_33 mean_age_34 mean_age_35 mean_age_36 mean_age_37 mean_age_38 mean_age_39 mean_age_40 mean_age_41 mean_age_42 mean_age_43 mean_age_44 mean_age_45 mean_age_46 mean_age_47 mean_age_48 mean_age_49 mean_age_50 mean_age_51 mean_age_52 mean_age_53 mean_age_54 mean_age_55 mean_age_56 mean_age_57 mean_age_58 mean_age_59 mean_age_60 mean_age_61 mean_age_62 mean_age_63 mean_age_64 mean_age_65 mean_age_66 mean_age_67 mean_age_68 mean_age_69 mean_age_70 mean_age_71 mean_age_72 mean_age_73 mean_age_74 mean_age_75 mean_age_76 mean_age_77 mean_age_78 mean_age_79 mean_age_80 mean_age_81 mean_age_82 mean_age_83 mean_age_84 mean_age_85 mean_age_86 mean_age_87 mean_age_88 mean_age_89 mean_age_90 mean_age_91 mean_age_92 mean_age_93 mean_age_94 mean_age_95 mean_age_96 mean_age_97 mean_age_98 mean_age_99 mean_age_100
_____ ____ _____ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ____________
1 1 0 0.54429 0.54157 0.53838 0.57688 0.61527 0.6532 0.6904 0.7265 0.76121 0.79441 0.82597 0.85563 0.8834 0.90914 0.93282 0.95464 0.97434 0.99214 1.0081 1.0223 1.0347 1.0455 1.0547 1.0625 1.069 1.0743 1.0784 1.0814 1.0834 1.0844 1.0846 1.084 1.0827 1.0806 1.0779 1.0744 1.0703 1.0655 1.06 1.054 1.0471 1.0394 1.031 1.0217 1.0116 1.0002 0.98736 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
2 2 0 0.53828 0.53451 0.53011 0.56791 0.60562 0.64305 0.67975 0.71548 0.74994 0.783 0.81438 0.84401 0.87174 0.89749 0.92128 0.94312 0.96297 0.98092 0.99697 1.0113 1.024 1.035 1.0445 1.0526 1.0594 1.065 1.0694 1.0727 1.0751 1.0765 1.077 1.0768 1.0757 1.0738 1.0712 1.0679 1.0639 1.0591 1.0537 1.0475 1.0405 1.0327 1.0241 1.0146 1.0047 0.99297 0.97956 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
3 3 0 0.53173 0.52734 0.52253 0.55991 0.59734 0.63445 0.67095 0.70651 0.7409 0.77385 0.80527 0.83482 0.86263 0.88848 0.91237 0.93429 0.95431 0.97234 0.9886 1.0031 1.0159 1.0272 1.0369 1.0452 1.0524 1.0583 1.063 1.0667 1.0695 1.0713 1.0724 1.0725 1.0718 1.0703 1.068 1.0649 1.0611 1.0564 1.051 1.0448 1.0378 1.0299 1.0211 1.0117 1.0016 0.98974 0.97537 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
4 4 0 0.5276 0.523 0.51797 0.55513 0.59235 0.62931 0.66568 0.70115 0.73546 0.76832 0.79959 0.82917 0.85697 0.88274 0.90666 0.92855 0.94856 0.96669 0.98297 0.99749 1.0104 1.0217 1.0315 1.04 1.0472 1.0533 1.0583 1.0623 1.0654 1.0676 1.0689 1.0694 1.0691 1.068 1.066 1.0632 1.0594 1.0549 1.0496 1.0434 1.0364 1.0285 1.0196 1.0103 0.99969 0.98615 0.96987 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
5 5 0 0.52354 0.51894 0.51381 0.55085 0.58805 0.62503 0.66144 0.69698 0.73135 0.76438 0.7958 0.82549 0.85334 0.87933 0.90331 0.92537 0.94545 0.96364 0.98002 0.99466 1.0076 1.019 1.0289 1.0375 1.0448 1.051 1.056 1.0601 1.0634 1.0658 1.0673 1.068 1.0678 1.0668 1.065 1.0624 1.0588 1.0543 1.0491 1.043 1.036 1.0281 1.0192 1.0096 0.99805 0.98382 0.96754 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
6 1 1 1.1323 1.1757 1.2198 1.3119 1.4048 1.4978 1.5899 1.6807 1.7694 1.8552 1.9378 2.0166 2.0911 2.1611 2.226 2.2856 2.3397 2.3881 2.4307 2.4676 2.4987 2.5242 2.544 2.5585 2.5678 2.5721 2.5716 2.5666 2.5574 2.5441 2.5272 2.5069 2.4834 2.4571 2.4282 2.3969 2.3634 2.328 2.2909 2.2522 2.212 2.1705 2.1277 2.0837 2.0387 1.9924 1.9435 0.6066 0.58527 0.56587 0.54616 0.52768 0.50986 0.49245 0.47482 0.45576 0.43634 0.42184 0.40601 0.38736 0.36892 0.3534 0.3415 0.33049 0.3203 0.3124 0.30062 0.28816 0.27241 0.26585 0.25916 0.25177 0.23636 0.22847 0.22489 0.2102 0.2056 0.19224 0.18205 0.17086 0.15097 0.1128 0
7 2 1 1.0396 1.0753 1.1115 1.1942 1.2777 1.361 1.4437 1.5251 1.6045 1.6815 1.7554 1.8258 1.8923 1.9546 2.0123 2.0654 2.1136 2.1567 2.1949 2.228 2.256 2.2791 2.2974 2.3109 2.3199 2.3246 2.3252 2.3219 2.3149 2.3045 2.2908 2.2742 2.2547 2.2328 2.2084 2.1818 2.1533 2.1228 2.0907 2.057 2.0218 1.9853 1.9477 1.909 1.8691 1.8282 1.7845 0.6059 0.58653 0.56697 0.54739 0.52788 0.50831 0.4871 0.46916 0.45257 0.43546 0.41586 0.39583 0.37936 0.36598 0.35431 0.34425 0.33449 0.32347 0.31034 0.2928 0.28064 0.27357 0.26666 0.25727 0.24062 0.2341 0.2295 0.21557 0.20917 0.20016 0.19353 0.18327 0.16939 0.14529 0.10803 0
8 3 1 0.97097 1.002 1.0331 1.1097 1.187 1.2641 1.3406 1.4158 1.4892 1.5603 1.6286 1.6936 1.755 1.8126 1.866 1.915 1.9596 1.9995 2.0348 2.0655 2.0916 2.1132 2.1304 2.1433 2.1522 2.1572 2.1584 2.1561 2.1505 2.1418 2.1301 2.1158 2.0989 2.0796 2.0581 2.0346 2.0092 1.982 1.9533 1.9231 1.8916 1.8589 1.8251 1.7903 1.7546 1.7176 1.6775 0.62876 0.60782 0.58692 0.56536 0.54275 0.52196 0.50383 0.48626 0.46692 0.44577 0.42568 0.40758 0.39264 0.38083 0.36986 0.35909 0.34602 0.33255 0.31619 0.30043 0.29139 0.28383 0.27609 0.26275 0.24811 0.24228 0.23544 0.22076 0.21813 0.20417 0.20044 0.18863 0.1744 0.14794 0.11061 0
9 4 1 0.89591 0.92257 0.94909 1.0212 1.0937 1.1657 1.2365 1.3061 1.3736 1.4389 1.5017 1.5614 1.6177 1.6705 1.7194 1.7643 1.8052 1.8418 1.8742 1.9024 1.9265 1.9465 1.9626 1.9749 1.9834 1.9885 1.9901 1.9887 1.9842 1.977 1.9672 1.9549 1.9404 1.9238 1.9051 1.8847 1.8627 1.8391 1.814 1.7877 1.7602 1.7317 1.7021 1.6715 1.6398 1.6066 1.5702 0.6354 0.61295 0.59154 0.56808 0.54562 0.52731 0.50923 0.48955 0.46845 0.44705 0.42799 0.41115 0.3984 0.38655 0.37521 0.3634 0.34752 0.33458 0.31657 0.30356 0.29496 0.28718 0.27777 0.26249 0.25118 0.24476 0.23663 0.22273 0.22087 0.20638 0.20298 0.19035 0.17773 0.15235 0.11414 0
10 5 1 0.78017 0.79798 0.81575 0.87811 0.94079 1.0033 1.0651 1.126 1.1852 1.2423 1.297 1.3491 1.3981 1.4439 1.4863 1.5253 1.5606 1.5924 1.6205 1.6451 1.6662 1.6839 1.6983 1.7095 1.7177 1.723 1.7256 1.7256 1.7232 1.7187 1.712 1.7034 1.693 1.681 1.6673 1.6523 1.6358 1.618 1.599 1.5789 1.5577 1.5355 1.5122 1.4878 1.4622 1.4349 1.4036 0.54615 0.52711 0.50699 0.4873 0.46982 0.4535 0.43684 0.41764 0.39824 0.38059 0.36605 0.35413 0.34372 0.3336 0.32379 0.31216 0.29849 0.2849 0.26992 0.26144 0.25391 0.24646 0.23805 0.22392 0.21658 0.21138 0.20343 0.19062 0.18946 0.17751 0.17562 0.16436 0.15526 0.13347 0.10113 0 % Consumption Choices tb_az_c = ff_summ_nd_array(“MEAN(c(KM,J) - c(KM,J | unemp))”, cons_VFI_unemp_drop, true, [“mean”], 3, 1, cl_mp_datasetdesc, ar_permute);
xxx MEAN(c(KM,J) - c(KM,J | unemp)) xxxxxxxxxxxxxxxxxxxxxxxxxxx
group kids marry mean_age_18 mean_age_19 mean_age_20 mean_age_21 mean_age_22 mean_age_23 mean_age_24 mean_age_25 mean_age_26 mean_age_27 mean_age_28 mean_age_29 mean_age_30 mean_age_31 mean_age_32 mean_age_33 mean_age_34 mean_age_35 mean_age_36 mean_age_37 mean_age_38 mean_age_39 mean_age_40 mean_age_41 mean_age_42 mean_age_43 mean_age_44 mean_age_45 mean_age_46 mean_age_47 mean_age_48 mean_age_49 mean_age_50 mean_age_51 mean_age_52 mean_age_53 mean_age_54 mean_age_55 mean_age_56 mean_age_57 mean_age_58 mean_age_59 mean_age_60 mean_age_61 mean_age_62 mean_age_63 mean_age_64 mean_age_65 mean_age_66 mean_age_67 mean_age_68 mean_age_69 mean_age_70 mean_age_71 mean_age_72 mean_age_73 mean_age_74 mean_age_75 mean_age_76 mean_age_77 mean_age_78 mean_age_79 mean_age_80 mean_age_81 mean_age_82 mean_age_83 mean_age_84 mean_age_85 mean_age_86 mean_age_87 mean_age_88 mean_age_89 mean_age_90 mean_age_91 mean_age_92 mean_age_93 mean_age_94 mean_age_95 mean_age_96 mean_age_97 mean_age_98 mean_age_99 mean_age_100
_____ ____ _____ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ____________
1 1 0 0.050084 0.052801 0.055995 0.056344 0.056497 0.056525 0.056438 0.056332 0.056298 0.056278 0.056224 0.056271 0.056326 0.056472 0.05669 0.056788 0.05703 0.057234 0.05736 0.057556 0.057752 0.057906 0.058046 0.058148 0.058249 0.058326 0.058348 0.058379 0.058439 0.058483 0.05852 0.058515 0.058532 0.058549 0.058538 0.058604 0.05866 0.058735 0.058817 0.058883 0.059077 0.059334 0.059619 0.06008 0.060469 0.061214 0.062588 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
2 2 0 0.056094 0.059866 0.064267 0.065317 0.06615 0.066684 0.067078 0.067353 0.06757 0.067689 0.067809 0.067888 0.067989 0.068126 0.068233 0.06831 0.068398 0.068459 0.068532 0.068479 0.068419 0.068362 0.06826 0.068104 0.067847 0.067569 0.067308 0.067011 0.066714 0.066395 0.066094 0.065785 0.065553 0.06534 0.065161 0.065063 0.065023 0.065082 0.065141 0.06537 0.065656 0.066048 0.066575 0.067145 0.067358 0.068495 0.07039 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
3 3 0 0.062643 0.067034 0.071841 0.073312 0.074434 0.07528 0.075881 0.076324 0.076609 0.076829 0.076916 0.077078 0.077099 0.077133 0.077147 0.077134 0.077055 0.07704 0.076906 0.076723 0.076491 0.076198 0.075869 0.075453 0.07491 0.074321 0.073692 0.073026 0.072328 0.071577 0.070744 0.070058 0.069371 0.06881 0.068428 0.068111 0.067864 0.067824 0.067861 0.068081 0.068374 0.068925 0.069587 0.070067 0.070486 0.071724 0.074581 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
4 4 0 0.06677 0.071371 0.076406 0.078097 0.079421 0.080419 0.081151 0.081683 0.082051 0.082361 0.082601 0.082728 0.082764 0.08287 0.08285 0.082873 0.082803 0.082692 0.082534 0.082338 0.082055 0.081689 0.081236 0.080646 0.08004 0.079313 0.078447 0.077455 0.076398 0.075306 0.074223 0.07315 0.072146 0.071183 0.070377 0.069805 0.069475 0.069269 0.069216 0.069414 0.069737 0.070287 0.07102 0.071506 0.072354 0.075311 0.080081 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
5 5 0 0.07083 0.075431 0.080561 0.082377 0.083719 0.084705 0.085391 0.085857 0.086164 0.086304 0.086391 0.086412 0.086385 0.086285 0.086204 0.08606 0.08592 0.085739 0.085491 0.085168 0.08479 0.084355 0.083829 0.083196 0.082425 0.081577 0.080687 0.079619 0.078417 0.07713 0.075822 0.074577 0.073379 0.072306 0.071365 0.070557 0.07014 0.069869 0.069716 0.069842 0.07021 0.07068 0.07142 0.072191 0.073995 0.077638 0.082413 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
6 1 1 0.091654 0.09722 0.1029 0.10693 0.11041 0.11363 0.11657 0.11921 0.12167 0.12403 0.12618 0.12811 0.12985 0.13136 0.13272 0.13392 0.13507 0.13608 0.13696 0.13772 0.13831 0.13879 0.13912 0.13928 0.13929 0.13915 0.13886 0.13844 0.13786 0.1372 0.13638 0.1355 0.13447 0.1334 0.13219 0.13095 0.12971 0.12847 0.12722 0.1261 0.12509 0.12421 0.12357 0.12328 0.12323 0.12376 0.12619 0.044483 0.044526 0.043057 0.042354 0.040921 0.039365 0.037972 0.0374 0.03887 0.041334 0.039522 0.03968 0.043328 0.047419 0.049234 0.048092 0.046692 0.045114 0.041873 0.043136 0.045686 0.052121 0.049956 0.048494 0.048303 0.056691 0.058104 0.055748 0.065034 0.06475 0.07375 0.080101 0.087973 0.10507 0.14096 0.252
7 2 1 0.087426 0.093165 0.099035 0.10362 0.10765 0.11146 0.11492 0.11807 0.1211 0.12387 0.12646 0.12889 0.13119 0.13334 0.13532 0.13709 0.13865 0.14005 0.14117 0.14212 0.14285 0.14333 0.14361 0.14371 0.14356 0.14319 0.14261 0.14182 0.14084 0.13966 0.13837 0.13694 0.13548 0.13392 0.1324 0.13094 0.12954 0.12825 0.12713 0.12622 0.12549 0.12501 0.12472 0.12459 0.12483 0.12539 0.12797 0.048543 0.046518 0.045092 0.044158 0.043646 0.043742 0.046061 0.045701 0.044611 0.04467 0.047872 0.052159 0.053548 0.052499 0.050395 0.047347 0.044631 0.043821 0.045756 0.052729 0.054927 0.052634 0.050769 0.051972 0.060998 0.060459 0.058547 0.066512 0.067477 0.071584 0.073828 0.080229 0.09078 0.11206 0.14703 0.2533
8 3 1 0.089332 0.094467 0.10022 0.10478 0.10884 0.11271 0.11626 0.11946 0.12249 0.12528 0.12783 0.13022 0.13243 0.13448 0.13632 0.13795 0.13942 0.1407 0.14173 0.1426 0.14322 0.1437 0.14389 0.14383 0.14352 0.14302 0.14232 0.14139 0.14027 0.13898 0.13756 0.13606 0.13454 0.13301 0.13151 0.13004 0.12876 0.12762 0.1266 0.12572 0.12505 0.12453 0.1241 0.12382 0.12365 0.12404 0.12673 0.051195 0.049905 0.049007 0.049236 0.051054 0.051608 0.050093 0.048648 0.049613 0.053061 0.05611 0.057843 0.057111 0.053927 0.050589 0.047736 0.047845 0.049025 0.053753 0.058524 0.057213 0.055053 0.053679 0.058509 0.065227 0.063717 0.063794 0.072273 0.069257 0.078126 0.077299 0.0851 0.095871 0.1194 0.15435 0.26313
9 4 1 0.095488 0.099656 0.10451 0.10733 0.10981 0.11241 0.11521 0.1178 0.12048 0.12301 0.12522 0.12736 0.12935 0.13118 0.13283 0.13431 0.13559 0.13676 0.13772 0.13847 0.139 0.13938 0.1395 0.13941 0.13913 0.13867 0.13803 0.13722 0.13624 0.13513 0.13386 0.13253 0.13113 0.12974 0.12837 0.12703 0.12571 0.12456 0.1235 0.12241 0.12154 0.12066 0.11992 0.11935 0.11905 0.1194 0.1223 0.052843 0.052795 0.052129 0.054011 0.055413 0.053243 0.051448 0.051872 0.054375 0.057855 0.059658 0.059942 0.056822 0.053499 0.050361 0.048369 0.051141 0.051641 0.057869 0.059766 0.057888 0.055817 0.056002 0.062674 0.065967 0.064956 0.066243 0.073859 0.070012 0.079341 0.078132 0.086708 0.095812 0.11824 0.15404 0.26632
10 5 1 0.1018 0.10631 0.11124 0.11381 0.11605 0.11801 0.11972 0.12094 0.12214 0.12327 0.12428 0.12514 0.12605 0.12692 0.12773 0.12839 0.12901 0.12957 0.13004 0.13037 0.13057 0.13066 0.1306 0.13036 0.12997 0.12943 0.12876 0.12793 0.12693 0.12576 0.12448 0.12306 0.12157 0.12003 0.11846 0.11683 0.11526 0.11378 0.11241 0.11106 0.10992 0.10882 0.10793 0.10728 0.10707 0.10767 0.11156 0.04626 0.045949 0.047081 0.048202 0.047575 0.046273 0.04583 0.048472 0.051865 0.054095 0.053794 0.051469 0.048227 0.045293 0.042638 0.042398 0.044785 0.047672 0.052515 0.051425 0.049943 0.048914 0.04939 0.056103 0.056548 0.055361 0.057409 0.06482 0.061063 0.068574 0.066501 0.074265 0.080346 0.09959 0.12985 0.22939 Graph Mean Values Change:
mp_support_graph('cl_st_graph_title') = {'MEAN(v(KM,J) - v(KM,J|unemp), a=age, z=kids+marry'};
mp_support_graph('cl_st_ytitle') = {'MEAN(v(KM,J) - v(KM,J|unemp)'};
ff_graph_grid((tb_az_v{1:end, 4:end}), ar_row_grid, age_grid, mp_support_graph);
Graph Mean Savings Choices Change:
mp_support_graph('cl_st_graph_title') = {'MEAN(ap(KM,J) - ap(KM,J|unemp)), a=x, z=color'};
mp_support_graph('cl_st_ytitle') = {'MEAN(ap(KM,J) - ap(KM,J|unemp))'};
ff_graph_grid((tb_az_ap{1:end, 4:end}), ar_row_grid, age_grid, mp_support_graph);
Graph Mean Consumption Change:
mp_support_graph('cl_st_graph_title') = {'MEAN(c(KM,J) - c(KM,J|unemp)), a=x, z=color'};
mp_support_graph('cl_st_ytitle') = {'MEAN(c(KM,J) - c(KM,J|unemp))'};
ff_graph_grid((tb_az_c{1:end, 4:end}), ar_row_grid, age_grid, mp_support_graph);
1.5 Analyze Education and Marriage and Age
Aggregating over education, savings, and shocks, what are the differential effects of Marriage and Age.
% Generate some Data
mp_support_graph = containers.Map('KeyType', 'char', 'ValueType', 'any');
ar_row_grid = ["E0M0", "E1M0", "E0M1", "E1M1"];
mp_support_graph('cl_st_xtitle') = {'Age'};
mp_support_graph('st_legend_loc') = 'best';
mp_support_graph('bl_graph_logy') = true; % do not log
mp_support_graph('st_rounding') = '6.2f'; % format shock legend
mp_support_graph('cl_scatter_shapes') = {'*', 'p', '*','p' };
mp_support_graph('cl_colors') = {'red', 'red', 'blue', 'blue'};MEAN(v(EKM,J) - v(EKM,J|unemp)), MEAN(ap(EM,J) - ap(EM,J|unemp)), MEAN(c(EM,J) - c(EM,J|unemp))
Tabulate value and policies:
% Set
% NaN(n_jgrid,n_agrid,n_etagrid,n_educgrid,n_marriedgrid,n_kidsgrid);
ar_permute = [2,3,6,1,4,5];
% Value Function
tb_az_v = ff_summ_nd_array("MEAN(v(EM,J) - v(EM,J|unemp))", V_VFI_unemp_drop, true, ["mean"], 3, 1, cl_mp_datasetdesc, ar_permute);
xxx MEAN(v(EM,J) - v(EM,J|unemp)) xxxxxxxxxxxxxxxxxxxxxxxxxxx
group edu marry mean_age_18 mean_age_19 mean_age_20 mean_age_21 mean_age_22 mean_age_23 mean_age_24 mean_age_25 mean_age_26 mean_age_27 mean_age_28 mean_age_29 mean_age_30 mean_age_31 mean_age_32 mean_age_33 mean_age_34 mean_age_35 mean_age_36 mean_age_37 mean_age_38 mean_age_39 mean_age_40 mean_age_41 mean_age_42 mean_age_43 mean_age_44 mean_age_45 mean_age_46 mean_age_47 mean_age_48 mean_age_49 mean_age_50 mean_age_51 mean_age_52 mean_age_53 mean_age_54 mean_age_55 mean_age_56 mean_age_57 mean_age_58 mean_age_59 mean_age_60 mean_age_61 mean_age_62 mean_age_63 mean_age_64 mean_age_65 mean_age_66 mean_age_67 mean_age_68 mean_age_69 mean_age_70 mean_age_71 mean_age_72 mean_age_73 mean_age_74 mean_age_75 mean_age_76 mean_age_77 mean_age_78 mean_age_79 mean_age_80 mean_age_81 mean_age_82 mean_age_83 mean_age_84 mean_age_85 mean_age_86 mean_age_87 mean_age_88 mean_age_89 mean_age_90 mean_age_91 mean_age_92 mean_age_93 mean_age_94 mean_age_95 mean_age_96 mean_age_97 mean_age_98 mean_age_99 mean_age_100
_____ ___ _____ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ____________
1 0 0 0.98303 0.96405 0.94385 0.92458 0.90689 0.89065 0.87572 0.86199 0.84936 0.83774 0.82706 0.81725 0.80826 0.80004 0.79255 0.78574 0.7796 0.77408 0.76917 0.76485 0.76111 0.75793 0.75532 0.75328 0.75181 0.75092 0.75064 0.751 0.75205 0.75384 0.75644 0.75995 0.7645 0.77025 0.77744 0.7864 0.79758 0.81159 0.8293 0.852 0.88166 0.92167 0.97829 1.0631 1.1984 1.4503 2.1305 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
2 1 0 0.89982 0.87513 0.84768 0.81144 0.78062 0.75436 0.73195 0.7128 0.69643 0.68243 0.67043 0.66017 0.65139 0.6439 0.63751 0.63209 0.62752 0.62371 0.62057 0.61804 0.61606 0.6146 0.61364 0.61314 0.61312 0.61355 0.61447 0.61589 0.61785 0.6204 0.62362 0.62759 0.63244 0.63833 0.64549 0.65425 0.66502 0.67841 0.69525 0.7168 0.74503 0.78326 0.83739 0.91788 1.0473 1.2946 1.9777 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
3 0 1 1.0503 1.0306 1.0104 0.99222 0.97585 0.96111 0.94783 0.93596 0.9254 0.91596 0.90756 0.90019 0.89377 0.8882 0.88342 0.87937 0.87603 0.87333 0.87124 0.8697 0.8687 0.86821 0.8682 0.86867 0.86961 0.871 0.87286 0.87519 0.87803 0.8814 0.88535 0.88992 0.89521 0.90133 0.90845 0.91685 0.92683 0.93885 0.95353 0.97176 0.99486 1.0249 1.0652 1.1221 1.2084 1.3565 1.687 0.72146 0.70374 0.6857 0.66772 0.64975 0.6313 0.61272 0.59421 0.57577 0.55703 0.53816 0.51939 0.50078 0.48193 0.46313 0.4445 0.42608 0.40782 0.38975 0.37231 0.35561 0.33953 0.32389 0.3089 0.29478 0.2815 0.26886 0.25669 0.24503 0.2338 0.2229 0.21171 0.19847 0.17941 0.14957 0.097107
4 1 1 0.94657 0.91993 0.89191 0.86431 0.84092 0.82113 0.80428 0.79002 0.77795 0.76777 0.75922 0.75208 0.74616 0.7413 0.73739 0.73431 0.73197 0.73028 0.72917 0.7286 0.72851 0.72886 0.72964 0.73081 0.73236 0.73429 0.73659 0.73927 0.74237 0.74592 0.74995 0.75453 0.75973 0.76567 0.77252 0.78053 0.79002 0.80141 0.81531 0.83256 0.85444 0.88294 0.92141 0.97602 1.0596 1.2045 1.535 0.65068 0.63512 0.61927 0.60297 0.58668 0.57047 0.55404 0.53727 0.52045 0.50386 0.48711 0.47008 0.45308 0.4362 0.41929 0.40235 0.38567 0.36926 0.35307 0.33725 0.32202 0.30749 0.29354 0.28002 0.26717 0.25503 0.24351 0.23244 0.22175 0.21145 0.2015 0.19122 0.17902 0.16149 0.13438 0.087014
% Aprime Choice
tb_az_ap = ff_summ_nd_array("MEAN(ap(EM,J) - ap(EM,J|unemp))", ap_VFI_unemp_drop, true, ["mean"], 3, 1, cl_mp_datasetdesc, ar_permute);
xxx MEAN(ap(EM,J) - ap(EM,J|unemp)) xxxxxxxxxxxxxxxxxxxxxxxxxxx
group edu marry mean_age_18 mean_age_19 mean_age_20 mean_age_21 mean_age_22 mean_age_23 mean_age_24 mean_age_25 mean_age_26 mean_age_27 mean_age_28 mean_age_29 mean_age_30 mean_age_31 mean_age_32 mean_age_33 mean_age_34 mean_age_35 mean_age_36 mean_age_37 mean_age_38 mean_age_39 mean_age_40 mean_age_41 mean_age_42 mean_age_43 mean_age_44 mean_age_45 mean_age_46 mean_age_47 mean_age_48 mean_age_49 mean_age_50 mean_age_51 mean_age_52 mean_age_53 mean_age_54 mean_age_55 mean_age_56 mean_age_57 mean_age_58 mean_age_59 mean_age_60 mean_age_61 mean_age_62 mean_age_63 mean_age_64 mean_age_65 mean_age_66 mean_age_67 mean_age_68 mean_age_69 mean_age_70 mean_age_71 mean_age_72 mean_age_73 mean_age_74 mean_age_75 mean_age_76 mean_age_77 mean_age_78 mean_age_79 mean_age_80 mean_age_81 mean_age_82 mean_age_83 mean_age_84 mean_age_85 mean_age_86 mean_age_87 mean_age_88 mean_age_89 mean_age_90 mean_age_91 mean_age_92 mean_age_93 mean_age_94 mean_age_95 mean_age_96 mean_age_97 mean_age_98 mean_age_99 mean_age_100
_____ ___ _____ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ____________
1 0 0 0.54395 0.54191 0.53951 0.56214 0.58423 0.60576 0.62665 0.64686 0.66633 0.68505 0.70297 0.72009 0.73643 0.75189 0.76653 0.78038 0.79338 0.80552 0.81688 0.82749 0.83726 0.84626 0.85452 0.86204 0.86883 0.87487 0.8802 0.88484 0.88877 0.89198 0.89442 0.89613 0.89709 0.89725 0.89656 0.89502 0.8927 0.8895 0.88553 0.88061 0.87488 0.86823 0.86067 0.85223 0.84295 0.83177 0.81864 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
2 1 0 0.52222 0.51623 0.50961 0.56213 0.61523 0.66826 0.72064 0.77179 0.82122 0.86853 0.91343 0.95556 0.99481 1.031 1.064 1.094 1.1209 1.1448 1.1658 1.1841 1.1998 1.2131 1.2241 1.2331 1.2403 1.2458 1.2498 1.2525 1.2539 1.2543 1.2537 1.2521 1.2497 1.2466 1.2427 1.2381 1.2327 1.2266 1.2199 1.2125 1.2042 1.1952 1.1854 1.1749 1.1633 1.1494 1.1332 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
3 0 1 0.93033 0.95904 0.98801 1.0446 1.1011 1.1571 1.2123 1.2665 1.3193 1.3706 1.42 1.4674 1.5125 1.555 1.5949 1.6319 1.666 1.697 1.7248 1.7494 1.7707 1.7887 1.8036 1.8152 1.8237 1.8291 1.8315 1.831 1.8278 1.822 1.8136 1.8028 1.7897 1.7745 1.7572 1.7381 1.7171 1.6945 1.6704 1.6448 1.6179 1.5898 1.5606 1.5304 1.4992 1.4667 1.4317 0.5367 0.51875 0.50062 0.48184 0.46439 0.4482 0.43145 0.41461 0.39706 0.38003 0.36409 0.34956 0.33671 0.32541 0.31495 0.30529 0.2941 0.28287 0.26965 0.25844 0.2498 0.24234 0.23535 0.22387 0.21457 0.20754 0.2014 0.19056 0.1855 0.17559 0.1712 0.16105 0.15037 0.13009 0.096402 0
4 1 1 0.99726 1.0304 1.0637 1.1614 1.2605 1.3597 1.458 1.555 1.6494 1.7407 1.8282 1.9112 1.9893 2.062 2.1291 2.1903 2.2454 2.2944 2.3373 2.3741 2.405 2.43 2.4495 2.4637 2.4728 2.4771 2.4769 2.4725 2.4643 2.4525 2.4374 2.4193 2.3985 2.3752 2.3496 2.3221 2.2926 2.2615 2.2288 2.1948 2.1595 2.1229 2.0853 2.0465 2.0065 1.9651 1.92 0.67242 0.64912 0.6267 0.60388 0.58111 0.56018 0.54033 0.52036 0.49972 0.47805 0.45888 0.44032 0.42388 0.40894 0.39568 0.38287 0.36871 0.35546 0.34052 0.3251 0.31382 0.30304 0.29442 0.28236 0.26873 0.26001 0.25199 0.23927 0.23362 0.22193 0.21472 0.20241 0.18868 0.16191 0.12228 0
% Consumption Choices
tb_az_c = ff_summ_nd_array("MEAN(c(EM,J) - c(EM,J|unemp))", cons_VFI_unemp_drop, true, ["mean"], 3, 1, cl_mp_datasetdesc, ar_permute);
xxx MEAN(c(EM,J) - c(EM,J|unemp)) xxxxxxxxxxxxxxxxxxxxxxxxxxx
group edu marry mean_age_18 mean_age_19 mean_age_20 mean_age_21 mean_age_22 mean_age_23 mean_age_24 mean_age_25 mean_age_26 mean_age_27 mean_age_28 mean_age_29 mean_age_30 mean_age_31 mean_age_32 mean_age_33 mean_age_34 mean_age_35 mean_age_36 mean_age_37 mean_age_38 mean_age_39 mean_age_40 mean_age_41 mean_age_42 mean_age_43 mean_age_44 mean_age_45 mean_age_46 mean_age_47 mean_age_48 mean_age_49 mean_age_50 mean_age_51 mean_age_52 mean_age_53 mean_age_54 mean_age_55 mean_age_56 mean_age_57 mean_age_58 mean_age_59 mean_age_60 mean_age_61 mean_age_62 mean_age_63 mean_age_64 mean_age_65 mean_age_66 mean_age_67 mean_age_68 mean_age_69 mean_age_70 mean_age_71 mean_age_72 mean_age_73 mean_age_74 mean_age_75 mean_age_76 mean_age_77 mean_age_78 mean_age_79 mean_age_80 mean_age_81 mean_age_82 mean_age_83 mean_age_84 mean_age_85 mean_age_86 mean_age_87 mean_age_88 mean_age_89 mean_age_90 mean_age_91 mean_age_92 mean_age_93 mean_age_94 mean_age_95 mean_age_96 mean_age_97 mean_age_98 mean_age_99 mean_age_100
_____ ___ _____ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ___________ ____________
1 0 0 0.05042 0.052463 0.054861 0.055684 0.056488 0.05722 0.057914 0.058559 0.059182 0.05975 0.060291 0.060786 0.061204 0.061618 0.061962 0.062226 0.062447 0.062649 0.062749 0.062752 0.062724 0.062635 0.06245 0.062197 0.061859 0.061485 0.061038 0.060509 0.059937 0.059336 0.05875 0.058164 0.057587 0.057074 0.056686 0.056405 0.056165 0.056066 0.055986 0.056094 0.056244 0.056538 0.056946 0.057436 0.05796 0.059554 0.062254 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
2 1 0 0.072148 0.078138 0.084767 0.086495 0.0876 0.088226 0.088461 0.088461 0.088295 0.088034 0.087686 0.087365 0.087021 0.086736 0.086488 0.08624 0.086036 0.085817 0.085581 0.085353 0.085079 0.084768 0.084446 0.084022 0.08353 0.082957 0.082355 0.081687 0.080981 0.08022 0.079411 0.07867 0.078006 0.077401 0.076861 0.076451 0.0763 0.076246 0.076315 0.076542 0.076977 0.077571 0.078343 0.078959 0.079904 0.082199 0.085768 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
3 0 1 0.079245 0.082789 0.086633 0.089336 0.091941 0.094543 0.097101 0.099538 0.10197 0.10434 0.10655 0.1086 0.11057 0.11239 0.11406 0.11553 0.11682 0.11798 0.11895 0.11975 0.12036 0.12078 0.12102 0.12108 0.12093 0.12061 0.12013 0.11949 0.11869 0.11774 0.11669 0.11554 0.11432 0.11307 0.11183 0.11057 0.10937 0.10823 0.10717 0.1062 0.10534 0.10454 0.10385 0.10329 0.10297 0.1031 0.10517 0.042159 0.041202 0.040786 0.041431 0.041182 0.040163 0.040205 0.040871 0.042787 0.044749 0.046196 0.046802 0.046319 0.044863 0.04315 0.041217 0.041385 0.042159 0.045474 0.047331 0.047166 0.04635 0.045586 0.049816 0.052377 0.053164 0.053552 0.059112 0.059362 0.064934 0.065452 0.072188 0.079918 0.097707 0.12937 0.22422
4 1 1 0.10704 0.11354 0.12053 0.12525 0.12917 0.13274 0.13597 0.13866 0.14118 0.14344 0.14544 0.14729 0.14898 0.15052 0.15191 0.15313 0.15428 0.15528 0.1561 0.15676 0.15723 0.15757 0.15767 0.15756 0.15726 0.15677 0.1561 0.15523 0.15417 0.15295 0.15157 0.1501 0.14856 0.14697 0.14534 0.14375 0.14222 0.14084 0.13958 0.1384 0.13749 0.13675 0.13625 0.13604 0.13616 0.137 0.14073 0.055171 0.054675 0.053761 0.053753 0.054262 0.05353 0.052356 0.051966 0.052946 0.055657 0.056586 0.057635 0.057295 0.056192 0.054136 0.05236 0.052653 0.05275 0.055233 0.058901 0.059098 0.059466 0.058333 0.061286 0.06644 0.06731 0.068087 0.074173 0.073775 0.080016 0.082352 0.090372 0.1004 0.12403 0.16112 0.28144 Graph Mean Values Change:
mp_support_graph('cl_st_graph_title') = {'MEAN(v(EM,J) - v(EM,J|unemp)), a=age, z=kids+marry'};
mp_support_graph('cl_st_ytitle') = {'MEAN(v(EM,J) - v(EM,J|unemp))'};
ff_graph_grid((tb_az_v{1:end, 4:end}), ar_row_grid, age_grid, mp_support_graph);
Graph Mean Savings Choices Change:
mp_support_graph('cl_st_graph_title') = {'MEAN(ap(EM,J) - ap(EM,J|unemp)), a=x, z=color'};
mp_support_graph('cl_st_ytitle') = {'MEAN(ap(EM,J) - ap(EM,J|unemp))'};
ff_graph_grid((tb_az_ap{1:end, 4:end}), ar_row_grid, age_grid, mp_support_graph);
Graph Mean Consumption Change:
mp_support_graph('cl_st_graph_title') = {'MEAN(c(EM,J) - c(EM,J|unemp)), a=x, z=color'};
mp_support_graph('cl_st_ytitle') = {'MEAN(c(EM,J) - c(EM,J|unemp))'};
ff_graph_grid((tb_az_c{1:end, 4:end}), ar_row_grid, age_grid, mp_support_graph);
